Author: kennethMoreira

Everything You Should Know About Protecting Yourself From Radiation

Posted on by kennethMoreira
SHOP RADIATION SAFETY PRODUCTS
SHOP RADIATION SAFETY PRODUCTS
SHOP RADIATION SAFETY PRODUCTS

At Phillips Safety, providing comprehensive eye protection from radiation exposure is of paramount importance. However, safeguarding your eyes is not the sole concern when working in radiation-prone environments. If you find yourself in a new job that involves exposure to radiation, we urge you to take a few moments to read this article, where you will learn about effectively safeguarding yourself from radiation and understanding the necessary precautions. Your well-being is our priority, and we are here to equip you with the knowledge to protect yourself in such environments.

INVEST IN PROTECTIVE EYEWEAR

Our eyes, being vital and remarkable organs, require utmost protection to preserve their well-being. The consequences of eye damage can lead to permanent vision impairment, making it imperative to avoid such situations at all costs. If you work in an environment with radiation, it is crucial to equip yourself with a reliable pair of lead glasses explicitly designed to shield your eyes from harmful radiation.

Acquiring a high-quality pair of radiation safety glasses may entail an investment ranging from a hundred dollars at the lower end to a couple of thousand dollars at the higher end. For individuals mandated to wear radiation safety glasses as part of their job, it is advisable to engage in a conversation with the employer regarding the possibility of the company procuring the required eye protection (if it hasn’t been discussed already). On the other hand, businesses seeking to provide eyewear for their employees can explore bulk purchase alternatives, which have the potential to yield cost savings on the overall expenses.

ENSURE A SOLID FRAME TO GO WITH YOUR LENSES

The frames of your radiation safety glasses are instrumental in ensuring comprehensive eye protection. Consequently, selecting frames that offer comfort and durability for prolonged use becomes crucial. It is advisable to opt for frames constructed from resilient materials to ensure long-lasting performance, like the ones available at Phillips Safety. Additionally, exploring frames with distinctive features, such as extra side shields for enhanced protection or rubberized nose pads and temple bars for a secure, non-slip grip, can provide added benefits and convenience.

By carefully selecting the appropriate lenses and frames, you can effectively safeguard your eyes from radiation exposure. Make sure to explore our diverse range of frame styles, allowing you to discover the perfect match for your specific needs and preferences. Various options are available, such as plastic, metal, economy, fitover, and wraparound frames, each offering distinctive benefits. Additionally, consider exploring alternatives like face shields, goggles, and customized prescription eyewear to cater to your individual requirements.

CONSIDER THE BENEFITS OF CUSTOM RADIATION SHIELDING GLASS

Certain environments with potential radiation exposure necessitate additional safety precautions, which may include the installation of custom radiation shielding glass, a common feature found in medical examination rooms. For instance, in buildings where radiation is present, it is essential to invest in radiation shielding glass for windows, as regular glass does not provide adequate protection against radiation.

Incorporating the appropriate lead lined glass in your windows plays a crucial role in absorbing harmful rays, safeguarding individuals within the vicinity from their detrimental effects.

RADIATION MOBILE SHIELDS FOR HEALTHCARE PROFESSIONALS

For professionals working in the medical field, especially in examination rooms, considering the acquisition of a radiation mobile shield can prove to be highly advantageous, if not essential for safety. The mobility of this shield adds a significant level of convenience, enabling seamless relocation from one area of the room to another as needed.

The primary objective of a mobile lead shield is to ensure comprehensive protection for medical personnel and patients in environments where radiation exposure is prevalent. Its presence plays a crucial role in safeguarding the well-being of all individuals involved during procedures or treatments involving radiation.

For professionals operating in busy examination rooms where diagnostic procedures are frequently conducted on numerous patients, investing in a mobile radiation shield proves to be an invaluable addition. With a variety of mobile shield styles available at Phillips Safety, it is essential to consider specific fundamental aspects when making a purchase. These crucial factors encompass stability, adjustable features, sufficient dimensions, and a robust, sturdy steel base. Prioritizing these features ensures the acquisition of a radiation mobile shield that not only fulfills its intended purpose effectively but also stands the test of time in a demanding medical environment.

If you seek comprehensive information regarding radiation and the appropriate safety gear to shield yourself from its effects, or if you require safety eyewear for various other environments—such as welding, glassworking, or laser exposure—we encourage you to reach out to us with any inquiries or feedback you may have. Additionally, we offer a variety of valuable resources through our blog posts and on our official website.

Here at Phillips Safety you will find an extensive array of protective gear tailored for laboratories, medical rooms, and other potentially hazardous settings. Feel free to explore our website today to discover a wide range of safety solutions catered to your specific needs.

If you still aren’t sure which products are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our radiation experts will be able to tell you what you need for your application.

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Eye-Opening Situations You Never Knew Demanded Protective Eyewear

Posted on by kennethMoreira
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SHOP SAFETY GLASSES
SHOP SAFETY GLASSES

It is widely acknowledged that welders require safety glasses during work and that people working with chemicals or lasers need some form of protective eyewear. This common knowledge may lead you to believe that you have a full understanding of when and where safety eyewear is necessary.

However, this assumption is often incorrect and can result in eye injuries, impaired vision, and even blindness. There are a vast number of situations that require the use of safety or specialized goggles or glasses, many of which may be surprising. These circumstances extend far beyond what you might initially assume such eyewear would be necessary for. Read below the top 5 scenarios that may surprise you with their need for safety eyewear.

FIVE SCENARIOS THAT REQUIRE SAFETY EYEWEAR

1. Piloting a Plane

Many people may not be aware that pilots are at risk of eye damage from laser beams. Despite being highly illegal, some individuals have been caught pointing high-powered lasers at passing planes. This poses a serious threat to pilots, as the laser beams can enter the cockpit window and cause eye damage. For this reason, it is advised that pilots wear laser pointer safety glasses during nighttime flights.

Although most professionals are likely aware of this danger, hobbyist pilots may not be. If you fly planes as a hobby, it may be wise to invest in quality laser safety eyewear to use during nighttime flights to ensure the safety of you and your passengers.

2. Prolonged Screen Time

With the prevalence of computers and devices in our daily lives, many people spend hours staring at screens every day. This is especially true for those who work on computers. However, even individuals who only use screens for entertainment may find themselves spending extended periods in front of them.

While a couple of hours of screen time daily is generally not harmful, those who exceed this limit may want to consider computer glasses. These specialized glasses help protect against blue light, which can cause eye strain and fatigue. By investing in these glasses, you can help maintain the health and strength of your eyes for the long term.

3. Car Maintenance

Professional mechanics commonly wear safety eyewear when working on cars, given the risk of flying debris under the hood. However, many vehicle owners who perform their own repairs do so without any eye protection. This is a dangerous practice, as even simple car repairs can result in serious eye injuries from over-pressurized radiators or debris caught in belts. It is therefore essential to invest in a pair of safety glasses or goggles before undertaking any car maintenance tasks, whether minor or major.

4. Laser Shows

While attending laser shows in the US is generally safe, there are exceptions to this rule. If a light show fails to follow the FDA’s safety procedures, it could potentially harm some audience members. It’s therefore a good idea to keep safety glasses on hand when attending laser shows or parties. If you notice lights shining towards the audience or at eye level, put on your glasses and leave the room immediately. It’s also important to wear safety eyewear when working in close proximity to the laser equipment, such as backstage. Protecting your vision is crucial when it comes to laser entertainment.

5. Cooking

It may come as a surprise, but cooking can pose a threat to your eyes. Therefore, it’s wise to have a pair of safety glasses or goggles within reach while working in the kitchen. These should be worn when frying foods, particularly those that tend to produce a lot of grease splatters.

Another instance where safety eyewear is necessary in the kitchen is when using a butane torch for crème brûlée or a smoking gun. Using these tools without proper protection can be extremely hazardous, so it’s crucial to wear safety goggles or glasses when preparing dishes that require them. It is worth mentioning that safety goggles can also be worn when chopping onions or peppers to prevent eye irritation and tears, which can hinder one’s ability to cook effectively.

PROTECT YOUR EYES: INVESTING IN SAFETY EYEWEAR

In conclusion, the need for safety eyewear extends far beyond what many people may initially assume. While welders, chemical workers, and laser operators are well aware of the importance of protective eyewear, there are many surprising scenarios where it is also necessary. Pilots, hobbyist mechanics, individuals who spend prolonged periods in front of screens, those attending laser shows, and even home cooks may be at risk of eye damage without proper eye protection. By being aware of these scenarios and investing in the appropriate eyewear, we can help prevent eye injuries, impaired vision, and blindness, ensuring the long-term health and well-being of our eyes.

If you are looking for a pair of safety glasses or goggles, Phillips Safety offers a wide range of safety glasses or goggles for various tasks, including those mentioned above. Our products are of the highest quality, and we also provide prescription safety glasses for those who need them.

If you still aren’t sure laser safety glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our safety experts will be able to tell you what you need for your application.

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Protecting Young Eyes: The Importance of Safety Eyewear in Science Classrooms

Posted on by kennethMoreira
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SHOP SAFETY GLASSES
SHOP SAFETY GLASSES

As a high school science teacher, you likely have a full semester of exciting material ahead, including hands-on experiments that most students enjoy. However, such activities can pose risks if proper precautions are not taken, making it crucial for you as the instructor to protect both your students and yourself.

Even as a science professional, your understanding of appropriate protective equipment may need updating, as safety standards can evolve over time. Therefore, it is wise to review safety information at the start of every semester. This is where Phillips Safety comes in: while we do not claim to be experts in all aspects of science student safety, we do possess knowledge about eye safety. Our aim is to assist you in safeguarding your students’ vision during the upcoming semester.

UNDERSTANDING THE SITUATIONS THAT CALL FOR SAFETY EYEWEAR

Whenever students are handling materials that may splash, generate floating particles, or become projectiles, safety eyewear is generally advisable. This approach allows you to exercise common sense in determining when your students should don their goggles. However, certain scenarios may leave you uncertain, and in such cases, it is best to err on the side of caution and provide eye protection.

The situations that warrant the use of such eyewear include handling chemicals or potentially hazardous biological materials, working with materials that are under stress, force, or pressure, performing experiments that create projectiles, explosions, or collisions, working with lever systems, participating in activities that generate dust or fumes, using heat sources like hot plates, and working with specimens, whether they are alive or preserved. Choosing the appropriate eyewear for these situations is crucial to ensure maximum safety for all students.

EYEWEAR SELECTION MADE EASY: TIPS FOR TEACHERS

Once you have identified the situations in which your students need to wear eye protection, the next step is to determine the appropriate eyewear to purchase. Goggles are a preferable option over glasses since they offer comprehensive coverage and simplify proper usage. For experiments involving larger solid items that may cause projectiles or collisions, Z87+ D3 safety glasses with side shields are adequate.

For activities that involve smaller hazards such as chemicals, fumes, dust, or particles, you should invest in Z87+ D3 safety goggles that are indirectly vented. These goggles should fit snugly, offering full coverage with soft flanges extending around the eyes. The vents should have small hoods to prevent anything from penetrating the protective eyewear. By selecting the correct type of eyewear, you can ensure the safety of your students during science experiments and activities.

In situations where laser safety is necessary, it is important to note that while most laser beams used in high school classrooms are safe, there may be instances where a higher-class laser is required. If you need to use a class 2M or 3R laser, it is crucial to provide laser-specific safety eyewear. When purchasing safety glasses for your students, make sure they meet the ANSI Z80.1, Z136.1, and Z136.3 standards to ensure the highest level of protection for your students’ vision.

THE ULTIMATE GUIDE TO CLASSROOM SAFETY EYEWEAR: PROPER USAGE, MAINTENANCE, AND REPLACEMENT

Ensuring the safety of your students involves not only providing adequate eye protection but also educating them about the significance of eye safety and the risks associated with not wearing goggles. It is essential to demonstrate how to wear goggles correctly to ensure proper functionality and consistently monitor and rectify any improper usage during every class period. By instilling a culture of eye safety in your students, you can help prevent accidents and promote a safer learning environment.

Maintaining safety goggles is essential, especially when teaching a large number of students. Given that teachers have busy schedules, we suggest assigning students to carry out eyewear maintenance tasks to keep the goggles in good condition. The tasks that these students will be responsible for include spraying the goggles with a lens cleaning spray, wiping each lens with a soft, microfiber cloth, and storing each pair of goggles in an individual hard case to prevent any scratching or breakage.

It is important to take care of your classroom set of safety goggles to ensure they last for many years. However, even with proper cleaning and maintenance, there will come a time when you need to replace your eyewear. There are a few signs that indicate it’s time for a replacement, such as scratches on the goggle lenses, loose or stretched-out bands, or ill-fitting flanges on chemical safety goggles. By recognizing these signs and promptly replacing worn-out goggles, you can help ensure your students’ safety in the classroom.

By following these simple guidelines, you can ensure a safe and injury-free school year. Don’t hesitate any longer and order your new safety eyewear today to have them ready in time for your next experiment. If you need help selecting the perfect eyewear for your classroom, feel free to contact us for assistance.

If you still aren’t sure about which safety glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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The Best Glasses to Watch the 2024 Solar Eclipse

Posted on by kennethMoreira
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SHOP SOLAR ECLIPSE GLASSES

August 21, 2017, brought North America the greatest sky show in the form of a complete solar eclipse. Watching and experiencing this phenomenon was exciting, because no matter where you lived in the United States there was something beautiful happening in the sky. The majority of the population may not have been in the path of totality, however many portions of the country got to at least view a partial eclipse.

The inspiring solar eclipse made many people impatiently waiting for their next chance to see such an amazing sight. According to the Great American Eclipse, it will take place here in 2024. They state that the eclipse path through the U.S.A will start in the South and exit on the East Coast: “The next total solar eclipse in the Americas comes on April 8, 2024. Totality first touches Mexico, enters the United States at Texas, cuts a diagonal to Maine, and visits the maritime provinces of Canada”.

PROTECTIVE EYEWEAR FOR SOLAR ECLIPSE VIEWING

Wearing protective eyewear and having comfortable safety eclipse glasses is a must for enjoyable viewing of the 2024 eclipse. The professionals at Phillips Safety already have glasses available for purchase that are specifically designed for viewing solar eclipses. They are comfortable to wear, while also having exceptionally dark lenses to protect the vision and retinas of a person’s eye.

The solar eclipse glasses offered by Phillips Safety are also ideal for welders to use while working and they are also guaranteed to fall under the requirements for solar viewing as mandated by the International Organization for Standardization (also known as the ISO). The current standards from the ISO specify that lenses for solar eclipse viewing must have adequate protection (under ISO 12312-2:2015) in place when it comes to directly look at the sun. Phillips Safety is proud to be able to meet these requirements and have the eye safety of all their customers in mind when manufacturing solar eclipse glasses.

WHY ARE SOLAR ECLIPSE GLASSES NECESSARY?

Solar eclipse glasses are a necessity while looking at a solar eclipse because looking directly at the sun can cause serious and irreversible damage to a person’s eye and vision. Regular, everyday sunglasses do not meet the strength or protection standards required to look boldly at the bright sun, even when it is being partially obscured in an eclipse situation.

There is typically a very strong temptation for individuals to look directly at the sun during an eclipse because the sky appears to be shaded. However, a person can hurt their eyes no matter the time of day or a person’s location in the country if they stare at the sun without adequate protection. Young children and adults all need to be outfitted with eyewear that is specifically designed to be worn during a solar eclipse event. It is important for grown-ups to assist younger kids with their glasses in order to make sure everyone is wearing them properly and not taking them off during the time period of the eclipse.

ANOTHER SIGHT TO VIEW FOR THE 2024 SOLAR ECLIPSE

The 2024 Solar Eclipse will be magnificent and it is important to get solar eclipse glasses early in order to have them on-hand for the big event. Getting protective glasses early especially makes sense for the 2024 solar eclipse because there will be a precursor eclipse happening on October 14, 2023.

This earlier eclipse will have the moon blocking the sun, but not completely. The sun’s edges should still shine out all-around the moon, putting off a beautiful sight. This October 14, 2023 eclipse is an annular solar eclipse. It has also already earned a special nickname according to AccuWeather: “While the next total solar eclipse in the U.S. will not occur until 2024, it will be preceded by an annular solar eclipse just a few months prior. During an annular solar eclipse, the moon is farther away from the Earth, so it is not quite large enough to block out all of the light from the sun. Because of this, this type of eclipse has been given the nickname of the ‘Ring of Fire’ eclipse”.

Solar eclipse glasses will be essential during the viewing of the 2023 “Ring of Fire” eclipse because parts of the sun will be shining at all times during the eclipse. It will never be okay to look at the sun’s ring of fire with the bare eye or regular sunglasses. Even the edges of brightness around the moon will hurt a person’s eye and ability to see. The “Ring of Fire” eclipse is one which will have no complete totality, therefore meaning a person cannot ever safely remove their glasses during the eclipse experience because there will be no complete black-out of the sun.

DAMAGES TO VISION

Phillips Safety understands the need to protect customers, especially during once in a lifetime events like a total solar eclipse. It is never okay to look directly at the sun, but during an eclipse, this simple rule can often be forgotten or disregarded. According to USA Today, blurry vision and severe damage to retinas can occur from just 10-20 seconds of staring at the sun without the proper protective eyewear.

Solar eclipse glasses from Phillips Safety are designed to block out over 99% of ultraviolet light and 97% of infrared radiation. These glasses will allow for a clear solar eclipse viewing experience that does not strain or impair a person’s ability to see. We are dedicated to providing solar eclipse glasses that are safe and comfortable for everyone to enjoy the next eclipse without any worries.

If you still aren’t sure which solar eclipse glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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Radiation Safety Glasses: Identifying The Risks And Protecting Yourself

Posted on by kennethMoreira
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From the local delivery driver to the internationally-renowned neurosurgeon, every job comes with its own potential risks. Unfortunately, these risks are not mere conjectures; actual injuries occur on a daily basis. Among the vulnerable areas of the body, the eyes seem to bear the brunt of these injuries.

According to the Center For Disease Control And Prevention (CDC), approximately 2000 U.S. workers suffer from job-related eye injuries every day, necessitating medical attention. Out of these, about one-third of the cases are treated in hospital emergency departments, and more alarmingly, over 100 injuries result in one or more days of work absence. This staggering statistic is particularly shocking considering the widespread availability of protective eyewear.

One of the contributing factors to the aforementioned eye injuries is occupational radiation exposure. This issue has become so significant that the International Atomic Energy Agency (IAEA) convenes conferences to deliberate and devise action plans aimed at safeguarding the multitude of individuals worldwide who work with ionizing radiation. This at-risk population includes, but is not restricted to, medical professionals dealing with x-rays, such as those working in fluoroscopy and cath lab teams.

RADIATION: A SERIOUS RISK

The use of radiation for disease diagnosis and treatment is steadily expanding worldwide, yielding considerable benefits to those afflicted by illnesses. Nonetheless, exposure to radiation poses definite risks. While medical facilities take measures to shield the untargeted areas of patients’ bodies during procedures, the same level of protection is often not extended to the technicians conducting the tests or procedures. Regrettably, despite their overall vigilance in safeguarding their bodies from radiation, many technicians overlook the importance of shielding their delicate eyes.

Cataracts, arising from occupational radiation exposure, represent a sorrowful and all-too-common outcome. These ocular conditions develop gradually, often without immediate symptoms. Nevertheless, once they manifest, they inevitably impact vision and, in severe cases, can result in blindness. Notably, cataracts stand as the foremost cause of blindness worldwide. Tragically, certain individuals are predisposed to developing cataracts due to factors such as age, genetics, or underlying health issues, leaving them in a vulnerable position to prevent eye damage. Nevertheless, the issue remains whether anyone should suffer from vision loss due to inadequate implementation of safety precautions in their workplace.

The use of appropriate radiation safety glasses can help prevent a range of consequences. These include avoiding mildly blurry vision that can deteriorate into cloudiness or dimness over time. Additionally, such eyewear can aid in preventing weak night-time vision, which may impair a person’s ability to drive after dark. Another benefit is reducing sensitivity to sunlight or bright indoor lights, alleviating potential discomfort. By wearing these specialized glasses, individuals may also minimize the frequency of updating their eyewear prescription. Moreover, they can mitigate changes in color perception, preventing objects from appearing yellowish. Ultimately, investing in the right radiation safety glasses can significantly decrease the likelihood of requiring one or more surgeries to address eye-related issues.

CHOOSING THE RIGHT LEAD GLASSES

As stated by the American Optometric Association (AOA), workplace eye injuries predominantly arise from two primary reasons. The first being the failure of employees to wear any protective eyewear at all, and the second reason being the usage of incorrect or inadequate eye protection. Recognizing the importance of wearing radiation safety glasses, here are some essential considerations to guide you in selecting the appropriate pair.

First, it is essential that the specifications of the anti radiation glasses meet or exceed OSHA regulations concerning the particular type of radiation to which the worker is exposed. It’s crucial to remember that the absence of OSHA regulations for a specific line of work does not imply the absence of danger. Both employers and employees should take personal responsibility for safety, not solely relying on mandated precautions. Being proactive in ensuring safety is a shared commitment for all involved parties.

While prioritizing safety, it is crucial for these glasses to also offer comfort. If the radiation protection glasses are not comfortable, there is a high likelihood of individuals being tempted not to use them, especially if they are required to wear them for extended periods throughout the day. Moreover, the glasses should provide sufficient peripheral vision to allow the wearer to perform their tasks without the constant need for removal. Ensuring both safety and comfort will encourage consistent and effective usage of the protective eyewear.

When dealing with individuals who typically wear prescription glasses and are exposed to radiation, it is essential for the radiation eyewear to fit comfortably over their regular glasses. Alternatively, the radiation glasses should be customized to incorporate the person’s prescription. This approach guarantees that neither the employee’s safety nor the quality of their work is compromised. For individuals with strong prescriptions, it is advisable to opt for prescription radiation glasses instead of fit-overs, as the latter can lead to distorted vision, undermining the effectiveness of the protective eyewear.

PHILLIPS SAFETY: YOUR SOURCE FOR OCCUPATIONAL PROTECTION

An eye injury can result in varying degrees of discomfort, and in severe cases, even lead to blindness. Nevertheless, workplace eye injuries are largely preventable. It is estimated that employing appropriate protective eyewear can avert around 90% of serious eye injuries. Despite this fact, thousands of employees, including those dealing with radiation, still experience injuries daily. Given that the risk escalates with each radiation exposure, it is worth considering the adoption of radiation safety glasses as a proactive measure.

Phillips Safety offers a diverse range of lead glasses suitable for both employers seeking to safeguard their workers and employees looking to enhance the OSHA-required protection they already have. Our collection includes radiation glasses that effectively fulfill the necessary safety functions while ensuring style and comfort are not compromised. You can explore a wide variety of options, including designer frames by Wiley X and Nike. Additionally, we provide radiation departments with signage, lead barriers, and shields to meet their specific requirements.

Don’t hesitate to reach out to us today for any inquiries you may have about radiation safety glasses or other occupational safety products. We are also here to assist you with concerns related to hazards from lasers, welding, glass-working, and other related fields. If you have a specific item in mind that is not currently featured on our website, feel free to ask, and we will gladly help you find a suitable solution.

If you still aren’t sure which radiation glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our radiation experts will be able to tell you what you need for your application.

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Why Recreational Laser Users and Hobbyists Need Laser Safety Glasses

Posted on by kennethMoreira
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When engaging in recreational or hobby activities, we often use items like slingshots, BB guns, darts, and power tools. These items are well-known for their potential to cause serious eye injuries and thus, their risks are intuitively understood. Most people are aware of the dangers and choose to use eye protection accordingly.

However, lasers present a different kind of risk. Unlike mechanical tools, the hazards of lasers are less immediately apparent and can be more abstract. The distinction between a harmless laser and a hazardous one isn’t always clear just by looking at them. Laser safety largely depends on reading labels and understanding the specifications, making accidental injuries more likely. Poor habits formed with less powerful lasers can lead to severe eye damage when using more powerful lasers, which can have long-range and even invisible beams.

WHY THE BLINK REFLEX ISN'T ENOUGH

For lower-class lasers (1, 2, and 3R), your natural blink reflex is usually sufficient to prevent eye injury. However, this reflex is not fast enough to protect against the more powerful lasers. If you’re accustomed to using lower-powered lasers without protection, this habit can be dangerous when handling stronger lasers.

Moreover, some laser products from foreign countries may not meet stringent safety standards and can emit harmful infrared laser light that is invisible. This makes it challenging to know when you’re at risk, as you may not realize exposure until damage occurs. Near-infrared (IR-A) lasers, for instance, can penetrate the eye deeply and harm the retina, while mid-infrared (IR-B) and far-infrared (IR-C) lasers damage the cornea. Retinal damage, caused by IR-A lasers, is particularly severe and permanent.

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LASER SAFETY GLASSES: A MUST FOR HIGHER-POWERED LASERS

Using laser safety glasses is crucial when operating lasers above class 2, especially for those frequently using class 3 and class 4 lasers, which are common in various recreational and hobbyist applications. Here are three scenarios where safety glasses are essential:

1. Handheld Laser Guns

Unlike toy laser guns, handheld laser guns can emit beams powerful enough to burn through materials like plastic and wood. These lasers can reach between one and three watts, falling into the class 4 category. Users and bystanders must wear laser safety glasses to prevent injuries from accidental reflections off surfaces such as mirrors, glass, metal, and other reflective materials. Even looking directly at a laser spot on a surface can cause eye damage if not protected.

2. Homemade Lasers

Many hobbyists enjoy building their own lasers, often by modifying CD lasers or assembling powerful components. Lasers exceeding one watt pose significant risks, and the dangers are similar to those with commercial high-powered lasers. It’s essential to use laser safety glasses rated for the specific power of your homemade device to ensure adequate protection.

3. Laser Cutters and Engravers

These machines use CO2 lasers to etch or cut materials and typically feature good safety design. However, older or poorly maintained machines might expose users to stray infrared (IR-C) beams, which are invisible and thus hard to detect until damage occurs. Even though quality machines reduce the risk, many manufacturers still recommend wearing laser safety glasses.

Protect Your Vision

Don’t compromise on your vision. Invest in laser safety glasses that are specifically rated for the wavelength and power of your laser. Incorrect specifications can leave your eyes unprotected. For assistance in selecting the right pair of safety glasses, feel free to contact us.

If you still aren’t sure which laser glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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Laser Safety Glasses: The Effect of Laser Wavelength on Unprotected Eyes

Posted on by kennethMoreira
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SHOP LASER SAFETY GLASSES

A laser generates a beam of light of a single wavelength where the light waves move in the same direction and are exactly in phase (their peaks and valleys are perfectly aligned). This makes the beam intense and highly directional. These optical properties make lasers useful for many commercial and consumer applications. But they also make lasers potentially dangerous to the user and others nearby.

Most common consumer devices should be reasonably safe for adult use. However, even the safest of devices can cause injury if they are used in ways that were not intended by the manufacturers. For instance, lasers normally considered safe can damage the eyes when viewed with an optical instrument, such as a telescope or microscope. As a general rule, one should never point a laser beam into their eyes regardless of its safety rating. A mistaken assumption about the class of a laser may cause irreversible eye damage.

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THE TWO WAYS THAT LASERS DAMAGE EYE TISSUE

All lasers of sufficient power can damage the eyes. However, even low powered lasers can cause injuries when abused. For example, children have been known to continuously stare into consumer-safe laser pointers and have suffered eye injuries as a result. Depending on their wavelength, lasers cause injury by one of two possible mechanisms. These are photochemical effects and thermal effects.

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PHOTOCHEMICAL EFFECTS

Light can cause a chemical reaction in some substances. The photosynthesis occurring in most green plants when exposed to sunlight is an example of a photochemical effect. The conversion of light into nerve impulses in the eye’s retina is another example. On the other hand, unwanted photochemical effects from intense laser light can damage eye tissue and cause vision problems or blindness.

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THERMAL EFFECTS

Light in the infrared range of the spectrum can cause thermal burns. Heat causes all molecules to vibrate. Excessive heat increases this vibration to the point where the chemical bonds of some molecules break apart. In human tissue, this is experienced as a burn. Intense laser light can cause severe thermal burns to the eyes.

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3 BASIC TYPES OF LASERS
AND HOW THEY AFFECT THE UNPROTECTED EYE

Laser beams are produced in a number of ways and can be broadly grouped by their wavelengths. The three common types are ultraviolet lasers, visible light lasers, and infrared lasers.

Ultraviolet lasers have many applications in research and manufacturing. Their short wavelengths make them ideal for micro-machining and in making printed circuits. Ultraviolet light is also highly energetic, which makes UV lasers useful for sterilization devices. Ultraviolet light is invisible, which means that eye exposure can happen without the victim’s awareness. Eye damage occurs by photochemical effects, and the speed and severity of an injury will depend on the laser’s power. Where the injury occurs in the eye depends on whether the laser light is UV-A, UV-B, or UV-C.UV-A interacts with both the cornea (the outer transparent layer) and the lens of the eye. Photochemical damage, therefore, occurs to both of these eye structures. Damage to the lens can cause cataracts or blindness. UV-B and UV-C cause photokeratitis to the cornea and to the outer layer covering the white of the eye. Photokeratitis is essentially sunburn, but when caused by intense laser light, the effects are severe.

ULTRAVIOLET
LASERS

VISIBLE LIGHT
LASERS

Visible lasers also have many applications such as in pointers, surveying equipment, barcode scanners, gun scopes, laser light entertainment, and optical alignment equipment. Because this type of laser beam is visible, eye exposure is obvious to the victim. If the laser power is low, the blinking reflex is sufficiently fast to protect the eye.Visible light penetrates through the cornea and is focused by the lens onto the retina at the back of the eye where it is turned into nerve impulses. Visible laser light can cause irreversible photochemical damage to the retina. This damage is made worse by the focusing effect of the eye’s lens, which acts much like a magnifying lens does when it focuses sunlight to a small point that can burn the paper. In this case, the eye’s lens focuses on laser light to a small point on the retina, which intensifies photochemical damage.

Infrared (IR) lasers are used in materials processing, cutting, drilling, welding, polishing, and engraving. Infrared laser beams project intense heat and therefore cause thermal burning to eye tissue. The parts of the eye affected will depend on whether the laser light is IR-A, IR-B, or IR-C. IR-A penetrates to and interacts with the retina. That is, the cornea and lens are transparent to IR-A, while the retina absorbs and is burned by it.The more powerful the laser and the longer the exposure, the more severe the burning. Like ultraviolet light, infrared is invisible and, therefore, the victim has no awareness of laser exposure until after the damage occurs. IR-B and IR-C are absorbed by and burn the cornea.

INFRARED
LASERS

WHEN TO WEAR LASER SAFETY GLASSES

Know the class, power, and wavelength of the lasers you use. These are important because, without them, you won’t know whether eye protection is needed, and if it is, you won’t know the type of eye protection required. Wear laser safety glasses for class 3R, 3B, and class 4 lasers. Note that reflected laser light can also cause eye damage. With class 4 lasers, even diffuse reflections can cause injury.Your choice of laser safety glasses will also depend on the laser’s power and wavelength. For some lasers, even a chance split-second reflection off a mirror or other reflective surface is enough to cause severe injury or blindness. Always wear your safety glasses. For more information, don’t hesitate to contact us.

If you still aren’t sure which laser safety glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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Protect Your Vision From Cumulative X-Ray Exposure With Radiation Safety Glasses

Posted on by kennethMoreira
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X-rays, as highly energetic electromagnetic radiation, lie well beyond the range of visual perception. Their immense energy allows them to create ions by displacing electrons from atoms, making them a type of ionizing radiation. This ionization process can lead to the breakdown of molecules in living tissues, resulting in harmful health effects. Experiencing extreme x-ray exposure may lead to symptoms of radiation sickness, including hair loss, bleeding, gastrointestinal issues, and skin sores. Additionally, prolonged exposure can have medium to long-term effects, potentially leading to conditions such as cancer, low blood cell counts, and even infertility.

Significant progress has been made in understanding the health impacts of x-ray radiation since its discovery in 1895. Consequently, specific threshold limits for x-ray exposure have been established, ensuring that no known short-term health issues arise when staying below these limits. By consistently adhering to these thresholds, healthcare personnel, technicians, and researchers can effectively prevent short-term health effects, promoting a safer environment for all.

Nonetheless, even at low exposure levels, the long-term impact of cumulative x-ray radiation can lead to health issues. Cataracts in the lens of the eye, for instance, can result from such cumulative exposure. Studies have indicated that there is no safe low-dose threshold to prevent cataracts from ionizing radiation. Furthermore, an inverse relationship exists between the occurrence of cataract formation and the level of x-ray dosage. Even at low dosage levels, frequent exposure can merely delay the onset of cataracts.

X-RAY SCATTER AND RADIATION SAFETY

When an x-ray machine emits primary radiation and it interacts with the patient, certain x-rays get deflected. Additionally, objects like the table or chair on which the patient lies can also cause x-ray deflection. This scattered radiation can potentially impact nearby doctors and technicians. The intensity of this scatter is influenced by various factors, including the distance from the patient and the angular positioning relative to the patient.

X-ray scatter is typically more intense on the entrance side of the patient and less on the exit side. Larger patients tend to generate more scatter compared to smaller patients. Additionally, the amount of scatter that reaches a doctor’s or technician’s eyes depends on their height.

To ensure safety, many doctors and technicians adhere to two measures: maintaining a minimum distance from the patient and wearing badge monitors. By consistently following these safety protocols and if the badge monitors show no exposure, it is generally assumed that the adverse health effects of x-ray scatter are negligible.

However, maintaining a safe distance does not guarantee zero exposure to scatter. Studies have shown that x-ray scatter beyond this safe distance can still have enough intensity to penetrate a person’s hand and generate an x-ray image of the bones within it. This phenomenon occurred despite the technician’s badge monitor indicating no exposure. The reason behind this occurrence lies in the film used for imaging the bones, which had a higher sensitivity to x-rays compared to the badge monitor. Thus, even with safety measures, it’s essential to remain vigilant about potential scatter exposure in certain scenarios.

The significance of this lies in the realization that even when technicians maintain a “safe” distance from the patient and their badge monitor shows no exposure, small amounts of stray radiation can still reach their unprotected eyes. Following standard safety measures might lead technicians to believe that lead glasses are unnecessary. However, as previously mentioned, cataract formation can result from cumulative exposure to x-rays of any intensity.

Technicians with long careers spanning several decades, involving numerous x-ray exposures throughout each workday, may accumulate tens of thousands of exposures. This poses a significant cataract risk. Considering that cataracts are common in late life due to other risk factors, the accumulated x-ray exposure further increases the risk compared to the general population.

Therefore, despite seemingly low individual exposures, the cumulative effect over time can lead to substantial health implications. Anti radiation glasses remain crucial in protecting the eyes from potential long-term damage caused by scattered radiation, ensuring the well-being of those working in radiology and related fields.

PROFESSIONALS AT RISK: X-RAY EXPOSURE IN MEDICAL FIELDS

Professionals who are exposed to long-term/low-intensity x-rays include radiological technologists, interventional radiologists and cardiologists, fluoroscopy radiologists, as well as laboratory scientists, researchers, and technicians.

Among healthcare professionals who utilize x-ray equipment, interventional radiologists and cardiologists face the greatest risk. Their use of real-time x-ray imaging subjects them to prolonged exposure periods. Furthermore, these procedures necessitate close proximity to the x-ray target (the patient), resulting in increased exposure to scatter radiation. Consequently, the risk of developing eye cataracts due to cumulative low-level radiation exposure over the span of their careers is notably high for these professionals. Fluoroscopy radiologists also encounter a similarly elevated risk.

Laboratory scientists, researchers, and technicians who work with analytical x-ray equipment are also susceptible to low-level x-ray exposure. They face the risk of being exposed to leakage radiation from the x-ray tube housing as well as scatter radiation.

Cumulative low-level x-ray exposure poses an additional risk factor for the mentioned professionals. While several of the aforementioned risks can be mitigated, eliminating x-ray exposure is the simplest measure of all – by wearing radiation safety glasses while using x-ray equipment.

RADIATION SAFETY GLASSES: COMFORTABLE AND ESSENTIAL EYE PROTECTION

Even if your vision seems unaffected currently, it’s essential to be aware of the progressive and damaging effects that long-term x-ray exposure can have on your eyes’ lenses. It’s only a matter of time before your vision could be impacted. Considering that professions exposed to x-rays represent a minority, you face a higher risk compared to the general population, and the long-term risk is considerable for these professionals. Being proactive in protecting your eyes from x-ray exposure is crucial to safeguard your vision in the future.

Establishing the habit of wearing radiation safety glasses becomes easier when you choose glasses that provide comfort and ease of use. Fortunately, there is a wide range of options available at Phillips Safety, including various shapes, colors, and sizes to suit individual preferences. Moreover, prescription lead glasses are also readily accessible.

Explore our radiation glasses collection and browse through our collection of radiation safety blogs for further details about our radiation safety glasses. If you have any inquiries, don’t hesitate to reach out to us. We are here to assist you and provide the information you need.

If you still aren’t sure which radiation products are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our radiation experts will be able to tell you what you need for your application.

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Shielding Your Vision: How Radiation Safety Glasses Help Reduce Cataract Risk

Posted on by kennethMoreira
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Certain eye injuries can occur abruptly and result in severe consequences, such as when an exposed eye is pierced by a fragment propelled from an exploding high-speed cutting wheel. The importance of wearing eye protection to mitigate such hazards is widely recognized. Conversely, there are also gradual eye dangers, such as those associated with the development of cataracts, which may take several years or even decades to exhibit noticeable symptoms.

As humans, we often underestimate long-term risks since problems that materialize in the distant future do not appear immediate or imminent. Cataracts, for example, represent a distant threat that even knowledgeable professionals might neglect to safeguard against. This negligence extends to highly trained doctors, researchers, and technicians who fail to wear appropriate eye protection while working with x-ray machines. The need for radiation safety glasses can easily be overlooked or forgotten, particularly when the typical levels of x-ray exposure do not manifest noticeable vision impairments for a considerable period.

Furthermore, the complex array of factors contributing to cataract development contributes to a diminished sense of urgency regarding its prevention. Some individuals may dismiss the importance of shielding against x-ray exposure, believing that other risk factors alone are sufficient to cause cataracts. However, many of these factors can be controlled, and their presence alone does not guarantee the development of cataracts later in life. In fact, by minimizing as many of these factors as possible, the overall risk of cataract formation can be significantly reduced.

Several controllable factors contribute to a reduction in the risk of developing cataracts. These factors include maintaining a healthy diet and lifestyle, quitting smoking, and taking specific medications prescribed by your doctor. Moreover, protecting the eyes from UV exposure by wearing sunglasses that block UVA rays is crucial, as prolonged exposure can gradually damage the lens and lead to cataracts. Lastly, consistent use of radiation safety glasses when exposed to x-rays effectively eliminates this specific risk factor.

CATARACTS EXPLAINED: UNDERSTANDING THE BASICS

In a healthy eye, the lens is transparent, allowing for clear vision. However, the presence of a cataract causes the lens to become clouded. In more advanced stages, the lens becomes completely opaque, resulting in blindness in that eye. In less severe cases, individuals may experience blurred vision, faded colors, and difficulties with night vision. These visual impairments are akin to viewing the world through a frosted glass pane. The perception of lighting is dimmer, and individuals may notice the appearance of halos or starbursts around lights. Moreover, double vision may occur from the affected eye. These effects occur due to the scattering or diffusion of light as it passes through the clouded portion of the lens.

While individuals with mild cataract development may still have sufficient vision to navigate their surroundings without assistance, night driving can become challenging and hazardous. The clouded lens blocks a portion of incoming light, resulting in a darker perception of nighttime scenes. Furthermore, road glare, particularly from oncoming vehicles, is intensified by the presence of cataracts. As a result, individuals with cataracts not only put themselves at risk but also endanger others on the road. It is important to note that simply changing glasses prescriptions cannot counteract the long-term effects of lens clouding. The most effective treatment for cataracts typically involves surgical intervention, wherein the affected lens is replaced with an artificial lens.

CLEAR VISION, SAFE ENVIRONMENT: X-RAY PROTECTION WITH RADIATION SAFETY GLASSES

The level of x-ray exposure experienced by individuals without eye protection varies depending on their specific work circumstances. For instance, industrial applications of x-rays, such as inspecting machine parts, pipelines, or welds for defects, can expose technicians to varying degrees of x-ray scatter based on the testing setup and geometry of the object being tested. In some cases, technicians may be able to conduct tests from a protected control room, but this is less likely when examining outdoor objects in the field.

A similar variability in exposure exists among healthcare professionals. Dentists and orthopedists, for example, often capture multiple x-ray images of their patients. Unless they are working in a remote and shielded room, they may be exposed to low doses of scattered x-rays. Over the course of a long career, years of exposure to these previously considered safe low doses can contribute to the development of cataracts.

However, the situation becomes more severe for professionals who rely on real-time x-ray imaging, such as fluoroscopy radiologists who observe the movement of contrast dyes in the gastrointestinal tract. Interventional surgery also necessitates continuous x-ray imaging to visualize the insertion of catheters through blood vessels or the heart in real-time. In these cases, doctors cannot be situated in a remote control room since they need to be in close proximity to the patient during the procedure. Consequently, nearby nurses and technicians also experience significant exposure to low-level x-rays.

It is evident that professionals involved in fluoroscopy and interventional surgery should prioritize the use of radiation safety glasses to mitigate the risk of developing cataracts later in life. On the other hand, safety guards employed by professionals who capture x-ray images may not always function as intended. In such instances, x-ray exposure can be unexpectedly higher. Radiation safety glasses serve as the final line of defense, ensuring protection when worn.

ALARA PRINCIPLE IN ACTION: ENHANCING RADIATION SAFETY WITH PROTECTIVE GLASSES

The ALARA principle, which stands for “as low as reasonably achievable”, emphasizes the importance of minimizing radiation exposure to the lowest feasible levels. According to this safety principle, even small amounts of radiation have the potential to cause harmful effects. If the radiation exposure from a procedure is already within a deemed “safe” threshold, the ALARA principle dictates that further reduction should be pursued if it is reasonably attainable.

There are three primary approaches to reducing exposure. The first is to reduce the duration of exposure. The total amount of radiation received is determined by the average dose rate multiplied by the exposure time. By decreasing the exposure time, the overall dosage is reduced. Since radiation damage to human tissue accumulates over time, minimizing exposure helps mitigate potentially harmful effects.

Another effective approach is to increase the distance between oneself and the radiation source. Similar to other forms of electromagnetic waves, the intensity of x-rays diminishes exponentially with the square of the distance from the source. For instance, by tripling the distance from the source, the exposure is reduced by a factor of nine. In medical settings, healthcare professionals should aim to maximize their distance from x-ray devices with potential leakage and from sources of x-ray scatter, which are typically the patients themselves.

Furthermore, the use of shielding is crucial. Employing lead radiation shielding in the form of enclosures and barriers can effectively reduce exposure. Additionally, healthcare professionals can wear protective gear such as neck collars, aprons, and radiation safety glasses to provide personal shielding against radiation hazards.

The ALARA principle further emphasizes the importance of wearing radiation safety glasses consistently, even when x-ray exposure levels are deemed safe. By adhering to this principle, individuals can reduce the unnecessary risk of developing eye cataracts later in life. The solution to this potential hazard is as straightforward as wearing protective eyewear during x-ray procedures.

By implementing these measures, individuals can significantly minimize their exposure to radiation and reduce the associated risks to their health and well-being.

If you still aren’t sure which radiation glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our radiation experts will be able to tell you what you need for your application.

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Key Reasons to Replenish Your Stock of Radiation Safety Glasses

Posted on by kennethMoreira
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Radiation safety glasses play a pivotal role in enhancing ocular protection. Even minimal exposure to radiation emanating from x-ray machines, fluoroscopes, and certain orthopedic surgical instruments can result in the development of cataracts and visual impairments. However, merely possessing a limited number of safety glasses within your laboratory or hospital solely for high-risk tasks is insufficient. It is imperative to ensure that all members of your staff are adequately equipped with appropriate safety gear to execute their responsibilities with utmost security and diligence.

Furthermore, it is advisable to maintain an additional supply of safety glasses to address unexpected circumstances.

NAVIGATING BUSINESS EXPANSION, REGULAR INSPECTIONS, AND ADDRESSING EQUIPMENT BREAKAGE

Effective preparation for business expansion, routine inspections, and instances of breakage is of utmost significance. Throughout the course of daily laboratory operations and x-ray examinations, unexpected situations can arise. It is not uncommon for older radiation safety glasses to fracture or for existing cracks to reach a critical size. Moreover, outdated equipment may prove inadequate in adequately mitigating the effects of newer, more potent equipment. Alternatively, a diminished supply of radiation safety glasses may result from either a reduction in stock or an increase in the size of the employee base. However, maintaining a surplus of radiation glasses readily available on-site consistently proves beneficial in such circumstances.

While the United States government does not enforce a universal requirement for radiologists, fluoroscope technicians, and other professionals working in high-radiation environments to wear eye protection, numerous large medical corporations and hospital conglomerates have implemented private policies mandating its usage. If your laboratory adheres to such a policy, insufficient availability of radiation safety glasses can significantly impede workflow.

Estimating the precise quantity of glasses required can prove challenging, particularly when working within a constrained budget. However, it is advisable to strive for a minimum of one pair of glasses per staff member in need, and if that proves unfeasible, aim for an inventory size capable of accommodating your largest shift plus an additional fifty percent. This approach provides a substantial safety buffer, even if not all individuals are scheduled to work or utilize the glasses simultaneously, effectively addressing unforeseen circumstances, including sudden departmental expansion or inventory reallocation within larger organizations, inspections involving onsite guests who require eye safety equipment, and instances of broken equipment. By having an adequate backup supply, dedicated employees won’t be compelled to compromise on their eye safety.

Maintaining an additional pair of radiation safety glasses also allows for the option of repairing lenses instead of having to purchase them at a premium cost. Businesses often experience the financial strain of acquiring necessary items at inflated prices to ensure uninterrupted operations. In the event that your laboratory or facility urgently requires new radiation safety glasses, there may not be sufficient time to wait for sales or engage in cost negotiations. However, having extra inventory provides ample time to identify suitable suppliers for your business. If your staff can promptly replace a broken pair of glasses with a new set and inform the equipment manager, they gain leverage in negotiations. They can order a replacement pair without the urgency, explore new technologies that offer enhanced user protection, or send the glasses for repair when feasible. While the value of eye safety is immeasurable, maintaining a backup supply helps mitigate the overall annual expenses involved.

Having extra radiation safety glasses also facilitates seamless laboratory expansion. In the case of large hospital chains, the Human Resources department is typically located in a separate building, resulting in potential challenges in keeping all staff fully informed about the hiring of new technicians, particularly once the interview process is concluded and paperwork becomes the primary focus. However, on the first day of a new technician or researcher, it is crucial to establish a culture that prioritizes safety. The most effective approach is to have leaded vests, gloves, and radiation safety glasses readily available for them. This not only fosters a sense of procedural routine, especially if the new employee previously worked in an organization that did not require such safety measures, but also projects professionalism. Just as you and your staff are eager to assess the capabilities of the new employee, they are equally curious about whether your facility is a suitable fit for them.

THE RISE OF MOBILE SOLUTIONS IN THE MEDICAL INDUSTRY

The advent of mobile companies, spurred by the vast market of Internet services and the proliferation of small businesses, has made a significant impact across the nation. Initially focused on services such as landscaping, repairs, and delivery, these companies have expanded their reach into the realms of technology and medicine. The possibilities now include mobile veterinary clinics and optical offices, among others, resulting in a flourishing industry.

If your medical business is contemplating a move towards mobility, it is crucial to address the equipment aspect. While the advancements in mobile data, third-party services, and sophisticated software have enabled the replacement of certain physical office requirements with tablets, it is essential to recognize that technical equipment and safety gear cannot be overlooked. Hence, ensuring the availability of radiation glasses becomes indispensable to support the transition effectively.

Even when your business ventures into mobile operations, it is essential to acknowledge that certain customers may exhibit a level of skepticism towards mobile enterprises compared to their trust in traditional brick-and-mortar establishments. Overcoming the enduring notion of the deceitful salesperson can be a challenge. To effectively address this perception, it is imperative to align with customers’ expectations regarding professionalism and appearance. Even if your company does not have a mandatory requirement for radiation safety glasses, wearing them is a valuable practice to meet the standards of technical safety that potential customers appreciate. Beyond being a prudent business practice, incorporating radiation glasses serves as an effective marketing strategy, demonstrating your commitment to safety and enhancing the reputation of your mobile business.

Maintaining complete control over the environment is often unattainable in certain situations. For instance, when utilizing a portable x-ray machine, it may be necessary to set it up in an available conference room or any spare space enclosed by four walls. However, once the office space no longer allows for complete control to keep visitors’ and patients’ eyes shielded from radiation, it becomes imperative to rely on policy implementation to ensure safety. It is crucial to consistently equip nearby individuals, particularly children who may not always adhere to instructions, with radiation glasses.

Exposure to radiation can result in varying degrees of ocular problems, and the tolerance levels of different individuals are unknown. Carrying additional glasses is essential to protect not only those nearby but also your staff and the reputation of your business. Regardless of whether you operate a stationary laboratory, a chain of surgical hospitals, or a mobile veterinary service, prioritizing radiation safety should always be a top concern. Ensuring that your inventory of safety equipment aligns with your business’s growth is a fundamental aspect of safeguarding the well-being of your employees and third parties.

Visit Phillips Safety’s collection of radiation glasses to access the eyewear you need to ensure the protection of your staff. Our product range offers reliable protective lenses and comfortable frames that can replenish your inventory or replace any outdated pairs.

Make sure to click here to read the second part of this article, with more key reasons to replenish your stock of radiation safety glasses.

If you still aren’t sure which radiation glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our radiation experts will be able to tell you what you need for your application.

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Investing in Protection: More Key Reasons to Replenish Your Stock of Radiation Safety Glasses

Posted on by kennethMoreira
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Medical and scientific organizations operate within a complex framework of responsibilities. Safeguarding patient data in accordance with increasingly stringent standards, ensuring employee safety, and maintaining business sustainability are perpetual requirements that exist alongside the core mission of providing quality healthcare and conducting reliable analyses. In this context, radiation safety glasses play a crucial role in addressing these underlying concerns.

While their primary function is to protect the eyes of healthcare professionals and staff from radiation-related harm, these glasses offer additional benefits that extend beyond individual well-being. By incorporating radiation safety glasses into your operations, you actively safeguard your business, foster its growth, and enhance its reputation. The following points illustrate how this is achieved.

SMART RISK MANAGEMENT: ENSURING LOW RISK VALUATION AND REDUCED PROFESSIONAL LIABILITY

Insurance stands as a substantial financial burden for businesses, particularly those operating in the medical services or medical technology sectors. In addition to general commercial liability coverage, the necessity for professional liability insurance (commonly known as errors and omissions insurance) is heightened, given the heightened potential for exceedingly costly claims. While obtaining this coverage is imperative for your business, insurance companies may perceive it as a risky undertaking. However, through the implementation of appropriate safety equipment and internal policies, you can effectively alter their perception and mitigate their concerns.

By surpassing the bare minimum safety standards, your business becomes inherently safer to insure. Insurance companies undertake a comprehensive evaluation process that takes numerous factors into account. These factors may include the history of liability claims against your business or employees, as well as the frequency of equipment updates. Insurance agencies specialized in your industry are typically well-versed in the safety requirements specific to your field, and maintaining a higher standard can significantly diminish the perceived risk associated with your company.

While the United States does not currently mandate the use of radiation safety glasses in professional settings where employees are exposed to concentrated radiation levels, implementing this requirement within your organization showcases your commitment to employee safety. Moreover, such a measure reduces the likelihood of costly eye examinations, surgeries, and treatments resulting from potential eye damage caused by radiation exposure. The inclusion of radiation safety glasses, alongside other mandated safety equipment, can foster greater trust from insurance companies, particularly when they provide medical insurance coverage for your company.

Ensuring the utmost safety for your employees goes beyond implementing a policy; it hinges on the quality and efficacy of the radiation glasses used. It is imperative to possess detailed specifications for your inventory of radiation glasses to confirm that their protective capabilities surpass or at least match the level of radiation they are designed to safeguard against. Ideally, your company’s lead glasses should provide protection equivalent to a 0.75 mm thick lead sheet. If the glasses fall short of this standard, or if their frames are outdated and bulky, deterring employees from their usage, it is essential to acquire new glasses. This investment serves as tangible proof of your unwavering commitment to employee safety and significantly increases the likelihood of employee compliance with the policy.

Mitigating the risk of claims arising from unsafe advice or actions is paramount for your company. While the absence of a government requirement for radiation safety glasses may create a perception of safety, it does not guarantee immunity from potential claims. A single instance of an employee incorrectly asserting that it is safe to be near fluoroscopy and x-ray equipment with radiation safety glasses can have severe consequences, despite the absence of federally mandated safety protocols. Given that your business operates within a technical or professional domain, it can be held liable for negative outcomes resulting from advice or actions.

Attempting to regulate informal explanations or slip-ups in speech, even under the best circumstances, can prove challenging and prone to misunderstandings. Thus, implementing a requirement for eye protection serves as a robust solution. By mandating the use of safety equipment, you minimize the possibility of misunderstandings and reduce the likelihood of long-term eye complications. Even if your company is not at fault, settling a claim entails legal expenses that can have enduring implications on your insurance rates and insurability. In such instances, concrete policies that enforce the use of safety equipment prove to be the most effective in protecting everyone involved.

SUSTAINABLE EMPLOYEE DEVELOPMENT: THE ROLE OF HEALTH PROTECTION

Maintaining a stable workforce through employee retention offers significant advantages to businesses compared to a cycle of hiring and firing. Your employees are highly skilled professionals who possess a deep understanding of your business operations, fostering a valuable sense of trust that allows you to concentrate on growth and innovation. While acquiring new employees can be beneficial, particularly during business expansion, it is crucial to avoid employee attrition due to health issues or negative experiences. By prioritizing employee well-being and ensuring a positive work environment, businesses can cultivate a loyal and productive workforce, driving long-term success.

Positioning yourself as an exemplary employer can significantly impact your ability to attract top talent. Prospective candidates can quickly assess whether a company prioritizes its employees during the early stages of the application process. Regardless of the size or recognition of your company’s brand, its reputation as an employer carries substantial weight. The most esteemed reputation is not solely built on offering the highest salaries; it stems from an organization’s commitment to fostering a positive culture, providing excellent benefits, and implementing effective management practices. By cultivating a professional workforce that emphasizes safety and provides comfortable, high-quality safety equipment, you demonstrate to job seekers that you are a desirable employer. Establishing a reputation as a commendable employer expands your pool of highly skilled applicants, allowing you to choose from a wider range of talent.

Safeguarding the well-being of your employees is essential in maintaining a stable and productive workforce. Neglecting to prioritize their safety can lead to vision impairments and hinder their performance both professionally and personally, which ultimately affects their longevity in the field. Employees who diligently adhere to wearing appropriate safety glasses and other protective gear while working with concentrated radiation are more likely to remain in their careers for an extended period. They exhibit higher levels of efficiency, accuracy, and job satisfaction, which contribute to improved productivity and enhanced work outcomes. Additionally, their prolonged tenure increases the likelihood of specialization within your company, enabling the pursuit of more specialized projects and expanding your organization’s capabilities. Prioritizing the protection of your employees fosters a supportive work environment that facilitates professional growth and overall success.

Prioritizing the preservation of your employees’ health is a wise investment that can have a positive impact on various aspects of your business, including health insurance rates. By emphasizing proactive measures to protect their eyes from the outset of their employment, the likelihood of eye-related issues significantly decreases. This not only benefits the overall well-being of your workforce but also contributes to maintaining affordable health insurance rates for your company. The detrimental effects of early-onset cataracts and other eye problems not only burden the company’s health insurance expenses but may also translate into increased insurance premiums for individual employees. Consequently, this financial strain could potentially lead to employee attrition or the abandonment of individual vision coverage. Implementing a comprehensive eye safety policy, even at a later stage, can mitigate these risks.

At Phillips Safety, you can find a wide range of radiation safety glasses that provide exceptional ocular protection. Our collection includes a variety of frames and wrap-around glasses, ensuring that each employee receives the necessary safeguarding for their eyes.

Make sure to click here to read the first part of this article, with other key reasons to replenish your stock of radiation safety glasses.

If you still aren’t sure which radiation glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our radiation experts will be able to tell you what you need for your application.

SHOP RADIATION GLASSES

Ensuring Employee Protection: The Vital Role of Safety Glasses in Fluoroscopy Labs and Hospitals

Posted on by kennethMoreira
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Extend your commitment to safety beyond lead aprons and protective collars in your fluoroscopy practices. It’s crucial to recognize that every exposed area of skin and tissue is susceptible to radiation. While modern fluoroscopy machines incorporate improved safety features, it remains essential to provide your technicians with comprehensive protective barriers for their hands, face, and eyes, not just their torso. Make radiation safety glasses a mandatory part of your required safety equipment, enabling your employees to safeguard their vision and skin effectively.

Ensuring the safety of nurses, technicians, and physicians in your lab requires a combination of well-defined policies and proper safety equipment. While practices such as careful handling of fluoroscopy tools and limiting radiation exposure time are crucial, they alone are not sufficient to prevent potential harm. It is imperative to provide a comprehensive range of protective gear, including lead aprons, protective collars, and safety glasses.

THE DANGERS OF INSUFFICIENT EYE PROTECTION IN A FLUOROSCOPY LAB

The primary risk for medical staff lies in scattered radiation. Although they do not directly encounter the primary x-ray beam, x-rays scatter off every surface, including the patient. Numerous uncontrollable factors can influence the extent of scatter, making it essential to prioritize the defense of vulnerable targets rather than solely focusing on containing the x-rays. By recognizing the significance of this scattered radiation risk, you can take the necessary steps to safeguard your staff effectively.

In the context of exposure to radiation, traditional x-ray labs necessitate a significant level of protection. When it comes to fluoroscopy, which involves continuous x-ray imaging rather than isolated bursts of radiation, the associated risks become even more pronounced. It becomes crucial to safeguard any organs that may potentially be exposed, particularly for patients undergoing repeated sessions and technicians working in these environments.

Among the various organs, the eyes are particularly vulnerable due to their delicate nature. Unlike other body parts, eyes cannot be adequately shielded using conventional lead aprons or coverings, which has resulted in a slower adoption of radiation safety glasses. Therefore, it is important to address the unique health concerns related to eye protection in radiation environments.

Prolonged exposure to ionizing radiation, particularly in the context of long-term work in a fluoroscopy lab, significantly increases the risk of developing cataracts. Cataracts occur when proteins in the lens of the eye accumulate, leading to the obstruction of light and subsequent cloudiness in vision. Over time, untreated cataracts can progressively worsen, causing partial or complete blindness. While the development of cataracts is a gradual process and a single incident of unprotected exposure may not have immediate harmful effects, labs that do not prioritize eye protection are more prone to recurrent incidents over time or lack the necessary equipment to safeguard technicians effectively. Therefore, proactive measures must be taken to mitigate these risks and ensure the well-being of individuals working in radiation environments.

The skin surrounding the eyes is particularly sensitive and prone to erythema, or skin inflammation. In addition to safeguarding the eyes, radiation safety glasses serve an important role in blocking scattered x-rays from reaching the eyelids and the surrounding skin. Erythema can result from exposure to various irritants, including radiation. While exposure to ionizing radiation doses exceeding 2 Gy can cause redness and hair loss, higher doses above 10 Gy, although less likely, have the potential to permanently damage the skin by causing dermal hardening or thinning. It is crucial to prioritize the use of safety glasses to mitigate these risks and protect the delicate skin around the eyes from the harmful effects of radiation.

Radiation exposure also poses an increased risk of cancer, emphasizing the need to restrict whole-body exposure, particularly in the context of fluoroscopy labs where constant exposure is likely. The International Commission on Radiological Protection (ICRP) and the National Council on Radiation Protection & Measurements (NCRP) establish limits for overall radiation exposure. While safety glasses are just one component of this comprehensive approach, they play a crucial role in protecting against both general stochastic risks and specific ocular cancers. To ensure safety, the NCRP has set the radiation dose limit for eye lenses at 15,000 millirems per year. By adhering to these guidelines and incorporating radiation safety glasses, individuals can mitigate the potential hazards associated with radiation exposure.

FURTHER MEASURES TO PROTECT LAB EMPLOYEES

By implementing a multi-layered approach to physical protection and updating safety procedures in accordance with international standards, you can significantly enhance the safety of your fluoroscopy lab. It is crucial to align your laboratory protocols with the International Basic Safety Standards for Protection Against Ionizing Radiation and the Safety of Radiation Sources.

Regularly consulting with your hospital administrator and radiation safety officer is essential to ensure that your established procedures align with the latest safety guidelines and dose limits. Consider advocating for the mandatory use of lead safety glasses as a standard safety measure for all individuals exposed to radiation within your lab or hospital. Each institution may have its own policies and guidelines, so it is important to evaluate and implement the appropriate measures to safeguard your employees’ health.

It is crucial to assess and evaluate the radiation risks faced by different subgroups of your staff in the lab or hospital. Doctors, nurses, and technicians may experience varying levels of radiation exposure based on factors such as their specific roles and responsibilities, as well as variations in work schedules and shifts. By analyzing the workload patterns within your facility, including peak hours, days, and seasonal variations, you can gain insights to effectively manage and regulate exposure. This information can be used to implement strategies such as scheduling adjustments or workload redistribution, ensuring that all employees are protected and kept safe from excessive radiation exposure.

Maintaining exposure levels below the established dose limit is crucial for ensuring the safety of employees in your lab. The ICRP has set a limit of 20 mSv for occupational exposure, although additional restrictions may apply depending on the specific requirements of your lab or different roles within the facility. Utilizing thermoluminescent dosimetry allows for accurate measurement of radiation exposure, providing valuable data to drive policy changes if necessary. Regular audits of exposure information play a vital role in employee safety, as they enable you to analyze the effectiveness of older or damaged safety glasses that may need replacement. Furthermore, these audits help assess whether older fluoroscopy tools are exposing patients and staff to radiation doses that exceed acceptable limits, prompting the need for appropriate actions to mitigate such risks.

Identifying outliers is essential in mitigating the risks associated with radiation exposure. While rearranging workloads and adjusting exposure intervals are straightforward strategies, there may be other less apparent factors at play. By leveraging data, you can gain valuable insights to refine your operations and further enhance safety measures. Analyzing data allows you to uncover hidden patterns, identify areas of improvement, and implement targeted interventions to minimize radiation risks effectively.

Ensuring lab safety encompasses the vital inclusion of radiation safety glasses. These essential protective gear not only safeguard your technicians and staff from potential accidents and short-term radiation exposure, but they also play a significant role in mitigating the long-term risks, such as cataract development. Prioritizing the well-being of your employees not only reduces expenses but also enhances employee retention. If you are in need of new safety glasses for your fluoroscopy lab, make sure to check Phillips Safety’s radiation collection, where you can find a wide range of safety glasses designed with appropriate protective thresholds and high-quality materials.

If you still aren’t sure which radiation glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our radiation experts will be able to tell you what you need for your application.

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Radiation Safety Glasses That Offer Practical and Consistent Protection

Posted on by kennethMoreira
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SHOP RADIATION GLASSES
SHOP RADIATION GLASSES

Radiation safety glasses emerge as a critical safety equipment in specific scenarios, especially for professionals working in radiology. Recognizing the associated risks in their line of work, these individuals understand the importance of mitigating these dangers effectively. Utilizing lead glasses can dramatically reduce such risks.

The eye’s vulnerability to radiation is noteworthy, particularly the delicate lens. Even minor radiation levels can inflict irreversible harm to the lens, leading to cellular damage, unhealthy cell reproduction, cell death, and mutations. Therefore, safeguarding the eyes with radiation safety glasses becomes essential in shielding against potential harm to these vulnerable eye structures.

Radiation safety glasses are essential for professionals across various fields to safeguard against radiation exposure. This includes radiologists, radiographers, medical professionals, and technicians working in interventional radiology, as well as those handling radiation-releasing tools and spending time in cath labs. Hospital workers, nurses, and lab technicians may also require these glasses according to their specific roles. Moreover, medical radiation scientists, their assistants, and radiation protection advisers must prioritize their safety while assisting others. Given the prevalence of contagious illnesses and hazardous diagnostic procedures, especially in radiology, proper eye protection becomes crucial in ensuring their well-being amidst challenging work environments.

THE NEED FOR RADIATION SAFETY GLASSES

When assessing the risk level involved in specific radiology procedures, it’s important to consider the nature of radiation exposure involved. Professionals working in fluoroscopy, in particular, experience continuous and direct levels of radiation exposure, surpassing that of many other fields. Adding to the concern, technicians and other professionals are in close proximity to the radiation emitted by the C-arm fluoroscopy machine. This functional proximity intensifies their radiation exposure even further.

Radiology professionals are well-acquainted with wearing extensive protective gear, including thyroid shields, specialized leaded gloves, and leaded aprons offering ample coverage. While these safety measures are crucial, it is essential to acknowledge that certain tissues in the human body are more susceptible to radiation than others. Among them, the eyes stand out as significantly more sensitive to radiation than most other organs. Therefore, prioritizing the use of sufficiently strong radiation safety glasses becomes of utmost importance to protect this vulnerable area effectively.

Working with devices like fluoroscopes poses a major challenge due to the frequent exposure to radiation. The levels of occupational radiation exposure for the eyes are a subject of debate, but all experts concur that they must be kept extremely low. Hence, having the right lead safety glasses and eye protection becomes essential for professionals in radiology. Without these precautions, it would be impractical to work in this field, as the risk of developing cataracts from radiation exposure would be too significant.

While cataracts are commonly associated with old age, individuals working in radiology face higher risk factors than the general population. Symptoms of cataracts can manifest at an accelerated rate for professionals in this field, occurring decades earlier than their peers. Those with additional risk factors, such as a family history of cataracts, may experience these issues even more rapidly. Prolonged work hours can further compound the risk, potentially leading to complete vision loss for some individuals. The significance of radiation safety glasses cannot be underestimated, as they play a crucial role in protecting against such risks.

MODERN LEAD GLASSES: PRACTICAL SOLUTIONS FOR ENHANCED EYE PROTECTION

In the past, some professionals didn’t consistently wear radiation safety glasses despite working in radiation-exposed fields. This was partly due to limited understanding of radiation’s risk factors at that time. Additionally, the bulky and unwieldy design of older glasses made regular use impractical for many. However, times have changed, and modern advancements have resolved these issues. Today, professionals in radiology can confidently safeguard their sight as improved radiation safety glasses offer practical and manageable solutions for regular wear.

Contrary to some beliefs, modern lead glasses are far from cumbersome. In fact, their design has undergone significant improvements, making them much more advanced and practical to wear. Compared to their historical counterparts, today’s radiation safety glasses are remarkably lighter, ensuring professionals can comfortably wear them regularly without hindrance while effectively performing their duties.

At Phillips Safety, a diverse selection of radiation safety glasses is available, catering to various preferences. Gone are the days of struggling with ill-fitting glasses, as modern options provide practical and comfortable eye protection throughout one’s career. Some models even boast a fashionable design, making them visually appealing. Others may not immediately appear as lead glasses, offering a discrete level of protection. Our modern radiation safety glasses are highly effective, ensuring the safety of professionals exposed to radiation regularly across various fields.

If you still aren’t sure which radiation glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our radiation experts will be able to tell you what you need for your application.

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Protect Your Eyes from Cataracts with Proper Radiation Safety Glasses

Posted on by kennethMoreira
SHOP RADIATION GLASSES
SHOP RADIATION GLASSES

Radiation exposure can cause cataracts, making it a significant concern for technologists. Recent studies have shown how sensitive our eyes are to radiation, highlighting the importance of proper eye protection when working with X-rays. 

Unfortunately, some workers neglect to take the time to ensure they have the right eyewear, especially due to busy schedules. However, today’s radiation safety glasses are designed to provide maximum comfort and protection without distracting workers from their tasks. 

The Risk of Cataracts from Radiation Exposure

Over the years, we have become more aware of the risks associated with radiation exposure to our eyes. Workers who are not wearing proper eye protection are at risk of developing cataracts, which can occur at a younger age. As a result, it is crucial for technologists to be diligent in their use of radiation eye protection to prevent cataracts from developing.

Promoting Workplace Safety with Proper Eye Protection

One of the most important things you can do as a workplace manager is stepping up and take the lead in providing proper eye protection. As a workplace manager or safety officer, you have a crucial role in ensuring that your employees are equipped with the necessary safety gear. Radiation safety glasses should be a top priority, as the eyes are particularly sensitive to radiation and require proper protection. By providing radiation safety glasses, you not only prioritize the safety of your employees but also ensure they are comfortable and can perform their duties effectively.

At Phillips Safety, we understand the importance of safety in the workplace, particularly when it comes to radiation exposure. That’s why we offer a wide selection of radiation safety glasses designed to provide superior eye protection to workers in various industries. With our range of safety glasses, workers can ensure they are protected against radiation exposure and reduce the risk of developing eye diseases such as cataracts.

A Wide Selection of Radiation Safety Glasses

When it comes to protecting your eyes, there isn’t a one-size-fits-all solution. Every technologist has unique needs, preferences, and situations. Therefore, it’s crucial to offer each employee the right pair of radiation safety glasses that provide the necessary protection, comfort, and functionality. 

At Phillips Safety, we recognize the significance of equipping employees with top-quality radiation safety glasses. If you have some employees who want to add a little style to their safety glasses, they will be able to find a pair that fits their personality. There are so many types of radiation safety glasses available to be purchased. Regardless if you have technologists who wear prescription glasses or those who wear contacts, there are radiation safety glasses that will fit everyone’s needs. 

When You Should Consider Using a Face Shield

If you work in an environment where spills or splatters are a risk, it’s crucial to consider using radiation face masks to provide extra protection. Radiation masks are an effective solution that can help protect you from any potential hazards or concerns you may have. They won’t obstruct your field of vision, and you can wear them with your own eyewear. There radiation face masks are a practical option when dealing with concerns about splatters and spills.

So if you’re looking for an additional layer of protection while working, Radiation face masks may be the right solution for you. They offer a level of protection that can help keep you safe in potentially hazardous situations. 

Get Started Today: Make Workplace Safety a Priority

Are you ready to start helping your employees find glasses that can protect them from eye injuries, cataracts, and other eye diseases? You will also be doing your part in helping your workplace become a better and safer environment. Contact Phillips Safety today to learn more about our extensive selection of radiation eye protection gear and other safety equipment. Our team of experts is ready to assist you in finding the right products to meet your needs and ensure that your workplace is as safe as possible.

If you still aren’t sure which radiation glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our radiation experts will be able to tell you what you need for your application.

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Can I Use Welding Glasses to Look at the Sun?

Posted on by kennethMoreira
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SHOP WELDING SOLAR ECLIPSE GLASSES
SHOP WELDING SOLAR ECLIPSE GLASSES

Looking directly at the sun can cause severe vision impairment and partial blindness, which is why people usually avoid doing so. However, during a solar eclipse, viewing the sun can be a desirable experience. Unfortunately, solar eclipse glasses can quickly sell out when an eclipse occurs, leaving people to search for alternatives such as welding glasses. It is noteworthy that most welding glasses are not suitable for looking at the sun, and using them can be risky for your eyesight. Only welding glasses with the darkest shade level of 14 can protect your eyes properly, but these are uncommon and may not be available in many hardware stores.

If you’re looking for solar eclipse glasses, Phillips Safety offers glasses with lens material certified to be shade 14, and compliant with all ISO 12312-2:2015 transmission requirements for direct solar observation. These glasses can be safely reused for viewing the sun indefinitely, as long as they are kept in good condition.

It’s important to beware of welding glasses without a marking that designates the shading level, as using them can be a risky gamble for viewing the sun. Shade level 14 is only used for heavy-duty welding, which is uncommon. Even many welding operations in shipyards require shade levels less than 14. In summary, you can use welding glasses to look at the sun, but only when they have shade level 14 lenses.

WHY ORDINARY SUNGLASSES AREN’T SAFE FOR LOOKING AT THE SUN

It is commonly known that the sun’s ultraviolet (UV) rays can be harmful to the eyes, which is why a good pair of sunglasses should be able to block UVA and UVB rays. However, these types of sunglasses are only intended for indirect sunlight exposure, such as sunlight reflected off everyday objects like trees and rocks, and scattered blue light from the sky. It’s crucial to understand that sunglasses are not designed for direct sun viewing, as this can cause severe damage to the eyes.

The reason why sunglasses are inadequate for this purpose is that direct viewing of the sun exposes the eyes to extreme levels of UV, visible light, and infrared radiation. For comparison, solar eclipse glasses can reduce light intensity by 10,000, while ordinary sunglasses only provide a reduction factor of ten. This intense ultraviolet light can damage the cornea and lens of the eye, while intense visible light and infrared radiation can damage the retina. The lens of the eye acts as a magnifying glass, focusing the intense light onto a concentrated area on the retina, causing thermal burns and photochemical damage.

Since sunglasses block little infrared and do not block enough visible light to prevent retinal damage, they are not suitable for viewing the sun during a solar eclipse. If sunglasses did block sufficient visible light for eclipse viewing, they would be too dark for other activities such as driving or walking, making it difficult to see anything other than the sun or bright welding arc flashes.

HOW TO SAFELY VIEW A SOLAR ECLIPSE

Protect Your Eyes: It cannot be emphasized enough: do not view a partially eclipsed sun with unprotected eyes. Use solar eclipse glasses that meet ISO 12312-2:2015 requirements or welding glasses with a shade level of 14.

Avoid Optical Devices: Optical devices such as cameras, telescopes, or binoculars can greatly magnify sunlight’s intensity, making them unsafe for viewing the eclipse. So, do not use them with unprotected eyes.

Research and Prepare: Know whether you’ll be within the path of totality or outside it. If you’re outside, always wear eye protection throughout the entire phenomenon, as the sun is never entirely blocked. If you’re inside, know how long the eclipse totality will last and remove your protection only when the moon completely covers the sun. Protect your eyes when the sun begins to reappear.

Inspect Your Protection: Ensure that your solar eclipse glasses or welding glasses are not damaged and follow the manufacturer’s instructions.

Follow Proper Technique: Always look away from the sun while putting on and taking off your protection. Never remove your protection while looking at the sun.

ALTERNATIVE USES FOR YOUR SOLAR ECLIPSE GLASSES

There are other exciting uses for solar eclipse glasses. One that can be mentioned is the unique experience to see the planet as a black dot against the bright surface of the sun, unlike the usual white spot in the dark sky. Moreover, solar eclipse glasses are also helpful in observing large solar sunspots that periodically occur on the sun’s surface. These sunspots are responsible for the magnificent Aurora Borealis in the northern hemisphere and the Aurora Australis in the southern hemisphere.

Apart from these events, solar eclipse glasses provide a fascinating way to view sunbursts through clouds, trees, and buildings, inspiring artists and photographers with its beauty and spiritual significance.

In conclusion, protecting your eyes during a solar eclipse is essential to avoid permanent eye damage. Whether you’re planning to witness the upcoming solar eclipses or interested in observing other solar phenomena, Phillips Safety offers a wide range of high-quality glasses that meet the necessary safety standards. With our durable and comfortable designs, you can enjoy the wonders of the sun without putting your eyes at risk.

If you still aren’t sure which welding glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our welding experts will be able to tell you what you need for your application.

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Solar Eclipse Safety: What Shade Should Your Welding Mask Be?

Posted on by kennethMoreira
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Although a total solar eclipse is not a once-in-a-lifetime phenomenon, it is still relatively uncommon, and rarer still for it to occur precisely in your region. However, even if you are fortunate enough to witness such an event, you may not necessarily want to watch it. The reason is simple: solar eclipses can be hazardous to your eyes, especially if you don’t take adequate precautions.

Regular sunglasses or even many specialized lenses may not provide sufficient protection, leaving you vulnerable to eye damage. It’s essential to purchase the proper safety equipment well in advance of the event. During the lead-up to the 2017 solar eclipse that traversed the United States, supplies of specialized eclipse glasses ran out at many stores, including big-box retailers and eyeglass shops, leaving some people scrambling for less-effective alternatives. These included faulty solar eclipse glasses, unverified solar viewers, and even welding helmets.

If you’re planning to observe the next significant solar event in your region, be sure to order your safety equipment early and don’t settle for partial protection. This article will provide guidance on how to select the appropriate glasses and explain why getting it right is crucial for safeguarding your vision.

UNDERSTANDING THE RISKS OF SOLAR ECLIPSE VIEWING

Looking directly at the sun is harmful to your eyes, and fortunately, our bodies instinctively react to the danger. The blink reflex or corneal reflex makes our eyes blink when exposed to bright light, which helps protect them from damage. However, during a solar eclipse, the visible light from the sun is much dimmer, and the lack of a cue to the corneal reflex may make it tempting to look at the event without proper protection.

This can be extremely dangerous as even a single unprotected glance at the eclipse can put your eyes at risk of developing retinopathy, a type of eye damage that destroys photoreceptors and can cause permanent or temporary sensitivity to light, and even blind spots. While the likelihood of severe eye damage is relatively low, eye experts caution that there is no safe amount of unprotected sun-watching. Additionally, symptoms of vision damage may not appear until approximately 12 hours after the incident, long after you can take action to mitigate the risks.

WHAT TO DO IF YOU CAN’T GET SOLAR ECLIPSE GLASSES FROM A TRUSTED SOURCE IN TIME

If you’re unable to find solar eclipse glasses from a reliable source, don’t worry – you still have options. However, it’s important to do your research and carefully consider any alternatives you come across. Be wary of cheap lenses or those available in large quantities at the last minute, as they may not meet the necessary safety standards.

The 2017 solar eclipse saw a significant number of individuals using unsafe and counterfeit solar eclipse glasses. These included unauthorized glasses that had not been approved by national or international bodies, glasses that were scratched or improperly maintained, and people using insufficiently shaded eye protection. These posed a significant risk to vision, and many suffered from damaged eyesight as a result. If you’re unable to find reliable solar eclipse glasses, a welding mask is a viable alternative to consider.

FROM WELDING TO SOLAR ECLIPSES: HOW TO PICK THE RIGHT SHADE FOR YOUR HELMET

To safely view a solar eclipse, it’s crucial to use the right protective gear. NASA, news channels, and online store reviews all emphasize that low to medium shade ratings are not sufficient to protect your eyes. For welding masks, shade ratings of 12 or 13 may be adequate in certain situations, but shade 14 is the darkest and most recommended rating for solar eclipses. This rating is specifically designed for extreme welding conditions and provides complete protection to your eyes, limiting visibility only to the area surrounding the sun itself.

However, even with a shade 14 rating, you should not stare at the sun for too long, and the helmet is only safe when viewing the sun in its totally eclipsed state. A partially eclipsed sun is still too bright for the helmet to protect you, and the damage to your eyes might not be immediate or noticeable. Therefore, it’s important to use lenses with solar filters that meet internationally set safety standards to view the eclipse safely without any worry of damage to your eyes. Make sure to research and order the appropriate gear well in advance.

Comprehensive coverage is one of the main advantages of using a welding helmet as it protects the entire surface area of your eyes and the skin surrounding them. This reduces the risk of indirect radiation exposure and prevents you from inadvertently glancing above the lenses. When considering alternatives to a full welding mask, it’s important to choose lenses that are wide enough to cover not only your eyes but also your peripheral vision. For the best viewing experience, experts recommend standing still while looking at total solar eclipses.

Although shade 14 welding masks are a viable alternative, solar sunglasses specifically designed for solar events provide better protection. To order your pair of solar sunglasses in advance of North America’s next total solar eclipse in 2024, check out Phillips Safety’s collection of solar eclipse glasses.

If you still aren’t sure which solar eclipse glasses or welding shade for solar eclipse watching are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our welding experts will be able to tell you what you need for your application.

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The Perfect Blend: Combining Vision Correction and Safety with Reading Glasses

Posted on by kennethMoreira
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SHOP SAFETY READING GLASSES
SHOP SAFETY READING GLASSES

Safety reading glasses combine the familiarity of stock power reading glasses commonly found in drug stores with the added assurance of being ANSI Z87-approved safety glasses. This distinction grants you the freedom to utilize them both in your everyday activities at home and in professional environments, all without worrying about OSHA compliance. With safety reading glasses, you can enjoy the convenience and peace of mind knowing that your eye protection meets the necessary safety standards.

Avoid the unnecessary expense of purchasing safety reading glasses at inflated prices when you can find them at Phillips Safety at a reasonable cost. We offer affordable options that provide both the necessary safety features and optimal vision correction. Don’t burden yourself with excessive costs when it comes to protecting your eyes. With our selection, you can obtain high-quality reading glasses without compromising on safety or compromising your budget.

Furthermore, we offer two distinct categories of safety reading glasses within our selection: Bifocal Safety Glasses and Safety Reading Glasses. Our bifocal safety glasses are designed as wraparound safety glasses, akin to standard options typically utilized in work environments. The unique feature of these glasses is the inclusion of a bifocal lens at the bottom, allowing for seamless transition between reading and other tasks without requiring a separate pair of glasses. On the other hand, our safety reading glasses encompass the more conventional version. These glasses resemble regular reading glasses, featuring a full lens for optimal reading clarity. Importantly, both options hold the ANSI Z87 approval, ensuring compliance with safety standards.

DISCOVER THE VERSATILITY OF SAFETY READING GLASSES

For those seeking the convenience of reading glasses that double as safety glasses, we have gathered some valuable information for you. Safety reading glasses offer a comfortable and lightweight option, with a diverse range of styles to cater to your frame preferences. Unlike typical drug store options, Phillips Safety’s safety reading glasses include a broader selection of strengths, accommodating even those with higher reading prescriptions. Rest assured that we have the perfect fit for your specific needs, ensuring optimal clarity and protection.

Moreover, our collection of safety reading glasses features select models that offer the convenience of removable side shields. This allows you to utilize the same pair of reading glasses both at home and in professional settings without the need for side shields, ensuring a seamless transition. Additionally, all our safety reading glasses come equipped with a protective case to ensure their safety and longevity on the job. Plus, both our safety reading glasses and bifocal safety glasses boast polycarbonate lenses, renowned as the most impact-resistant lens material currently available. Rest assured, your eyes are well-protected with this durable and reliable choice of lens material.

THE IDEAL SOLUTION FOR WORKPLACE VISION

If you find yourself in need of reading glasses while adhering to safety regulations at your workplace, our safety reading glasses are an ideal solution. Designed to cater to your needs, they offer affordability, convenient storage, and hold ANSI approval, ensuring compliance with OSHA standards. These safety reading glasses, along with our bifocal safety glasses, have gained widespread recognition and are trusted by professionals nationwide. They have been utilized on prominent construction sites, including the iconic Freedom Tower in New York City.

Ensuring your safety while on the job should be a top priority. Even a brief moment without proper safety glasses can lead to unfortunate accidents. It’s essential to note that wearing non-safety reading glasses during such incidents can pose a greater risk than not wearing any glasses at all. Non-safety reading glasses are typically fragile and prone to breakage, making them potentially hazardous if an object impacts them. In such cases, fragments from the frame or lenses may inadvertently enter your eyes, causing further harm. To mitigate these risks, it is crucial to prioritize the use of appropriate safety glasses designed to provide the necessary protection in hazardous work environments.

In conclusion, safety reading glasses from Phillips Safety offer the perfect combination of vision correction and safety. With the assurance of ANSI Z87 approval, these glasses provide reliable eye protection for both everyday activities and professional environments, ensuring compliance with OSHA standards. Invest in your safety by choosing Phillips Safety’s reliable and comfortable safety reading glasses.

If you still aren’t sure which glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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How Do I Choose Laser Safety Glasses?

Posted on by kennethMoreira
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SHOP LASER SAFETY GLASSES
SHOP LASER SAFETY GLASSES

If you are working with and around lasers daily, you will already know and appreciate the importance of protecting your eyes. Whether you are involved in lasers in an industrial, military, or even medical setting, there is no denying, one of the most important safety accessories that you need to invest wisely in, therefore, is laser safety eyewear. This article covers how to choose laser safety glasses.

Although all laser safety eyewear is designed with the same purpose in mind, not all are designed for the same applications and in use in the same environments. You need to understand that lasers operate at different levels, emitting very different levels of radiation that are affected by several different factors, including the power of the laser, its wavelength, and even its operating system.

When faced with the decision of which laser safety glasses to choose, you may feel a little overwhelmed. That’s where this guide will be useful as we discuss the most important things you need to consider when investing in laser safety eyewear. Let’s get started—here are the steps on how to choose laser safety glasses.

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THE NEED TO STAY EDUCATED ABOUT LASER DEVELOPMENTS

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Laser technology is always evolving, and with all new research, changes, and improvements are made to the current laser equipment and machinery used. To cope with these improvements and advancements, the corresponding laser safety equipment like glasses and eyewear is also updated. Therefore, when you are investing in laser safety eyewear, you must make sure the products you are looking at have been designed and manufactured according to the latest ANSI Z136.1 Laser Standards and Guidelines.

UNDERSTAND THE LASER

The first thing you need to think about when choosing safety eye gear that’s suitable for lasers it the laser operating system your organization, company or department uses. Find out as much information, if you don’t already know it, about the laser as possible. That includes everything from the beam delivery system and diameter to the power output and wavelength. You will find that the details of the power and output are marked on the laser, and anything else you need to know will normally be published in the laser’s operator’s manual. This data is important as it will help you to choose the safety glasses that will block and protect you from the operating wavelength with the correct optical density.

THE OPTICAL DENSITY AND WAVELENGTH OF THE LASER

You need to know the operational parameters of the laser in question to determine the wavelengths you need to either block or absorb and at what optical density.

Wavelength is used to measure the spatial period of a light wave. In other words, the distance that a wave repeats its shape over. Waves are measured either from the valley to valley or crest to crest and then displayed on what is known as a light spectrum or electromagnetic spectrum starting with the wave that’s the shortest through to the wave that’s the longest. It is measured in meters or nanometers and designated the Greek letter lambda.

Important to note is the fact that some waves are not visible and with regards to lasers, these waves can be especially dangerous for your eyes. Therefore, it is important to understand the output wavelength of the laser you use to understand the wavelengths the protective eyewear you are going to wear needs to block.

WAVELENGTH

OPTICAL
DENSITY

OD, also known simply as absorbance, is in some ways more difficult to understand. However, to put it in simple terms, it is the ratio used to measure the amount of light absorbed at specific wavelengths. It is a crucial aspect of safety eyewear as it denotes how effective or ineffective a pair would be absorbing the laser wavelengths you need protection against.

When referring to laser applications, the optical density of filters will be described as ranges, highlighting their optical density for specific ranges of wavelengths. The higher or bigger the optical density of a pair of glasses, the more light is blocked from that wavelength.

Within a medical environment, the recommended optical density of laser safety glasses is at least 5 or more. There is no harm in opting for a pair with a higher optical density than is suggested in the laser’s operator’s manual, as this simply means you will benefit from even more protection.

THINKING ABOUT VISIBLE LIGHT TRANSMISSION

You will read a lot about visible light transmission about laser safety glasses. One of the biggest downsides of investing in a pair of safety glasses with an exceptionally high optical density is that you sacrifice visibility. As the lenses used are darker, it makes it much harder to see.

To cope with this issue, there have been many advancements made and you will be able to find safety glasses that have lenses made with a higher level of VLT, while still maintaining an effective and safe optical density.

Many companies and suppliers list the VLT along with the wavelength the glasses protect against and the optical density.

VISIBLE
LIGHT
TRANSMISSION

FILTER LENSES

The next consideration you need to make when choosing laser safety eyewear is the filter lenses that will be the safest and most effective at offering the required level of protection and the most affordable and within your budget.

Filter lenses are either made from glass or polycarbonate and are chosen to match the nanometer measurement of the wavelength along with the OD level.

Let’s look at these individually, highlighting their key features and benefits. Knowing this will guide in how you choose laser safety glasses.

GLASS FILTERS

Depending on the wavelength and power level of the laser you are using, you may not have a choice over using glass or polycarbonate filter lenses, because for some applications only glass is suitable. Compared to polycarbonate, glass renders a much higher transmission of visual light. It is important to choose a glass filter that is suitable for the widest range of laser applications you are involved in. You can even by tailormade custom glass filters designed to meet your specific specifications.

There is also the option to use combination glass filters for those harder-to-solve laser applications and you may benefit from glass filters that have greater OD levels for the same wavelength. This is done by making the filters thicker.

KEY FEATURES OF GLASS FILTERS

  • The best option for work involving mid to very high-power density lasers.
  • Exceptional color balance
  • Much greater visible light transmission
  • Premium optical properties

KEY FEATURES OF POLYCARBONATE FILTERS

  • Some are available that offer impact resistance and are fully compliant with the ANSI 787 standard
  • Usually available in the widest range of different frame styles
  • They are best used in applications involving low to mid-power density lasers
  • They are made from a more economically sound material
  • Lighter in weight and therefore less likely to cause fatigue or discomfort

POLYCARBONATE FILTERS

Polycarbonate filter lenses, although they are not suited to mid to high power density laser use, offer specific benefits. For one thing, compared to glass filters, they are incredibly affordable. They also offer a greater level of resistance to impact, all the while being far lighter in design. Modern polycarbonate filter lenses offer broadband filtering and a huge variety of wavelength absorption capabilities.

Many improvements have been made to polycarbonate filters over the years and they now offer greater visual light transmission than they have done in the past. When looking for a supplier, it’s wise to consider one that understands the various dyes related to the absorption of specific wavelengths. As well as ensuring, if required, that they can tailor and customize filter lenses to meet your specific preferences and requirements.

THIN-FILM-COATED OR NANO SPEC FILTER TECHNOLOGY

Thin-film coating or nano spec filter technology is one of the most cutting-edge developments in eyewear for laser safety. These are reflective coatings that can be applied to either glass lenses or polycarbonate lenses to improve their capabilities for protection. As well as offering superior protection they also offer the highest visible light transmission across all laser applications.

KEY FEATURES OF THIN-FILM-COATED OR NANO SPEC FILTERS

  • Offers protection in applications involving most low to high power density lasers
  • Provides suitable protection against femtosecond and Pico pulse protection
  • Great color balance
  • Premium quality visible light transmission
  • Higher optical density than alternatives

HOW TO CHOOSE LASER SAFETY GLASSES THAT ARE PRESCRIPTION

There are some scenarios where you may need more specialized laser safety glasses. For instance, if you need to wear glasses either for reading or to correct general sight issues. Fortunately, most laser safety glasses available these days can be fitted with lenses for your specific prescription. It should be pointed out though that, not all laser safety glasses available can be equipped with prescription lenses. Therefore, you should be careful to only choose those pairs marked with RX-Able as it means they can be fitted with the prescription lenses that protect against the lasers you use and work with. 

It makes sense if you can invest in prescription laser glasses as it will be a lot more practical and comfortable wearing just one single pair of glasses rather than prescription ones beneath your protective pair. You have two options when it comes to choosing prescription laser safety glasses:

Phillips-Safety-Single-Vision-Lenses

SINGLE VISION
PRESCRIPTION LASER SAFETY GLASSES

Single Vision Prescription glasses provide you with the same prescription throughout the entire lens. This is just for correcting sight issues and does not offer additional assistance if you require reading glasses or bifocals.

Phillips-Safety-Lined-Bifocal-Lenses

LINED BIFOCAL
PRESCRIPTION LASER SAFETY GLASSES

Lined Bifocal Prescription glasses, on the other hand, correct both reading and near-sightedness in the bottom half of the lens and long-sightedness in the top half of the lens. A line is designed to mark these two specific areas. The reading half of the lens has a semicircle shape, while the top half is flat, which is why you will often see the specification describing the lens as FT and a number, FT for flat top and the number is the width in millimeters.

THE FRAMES

The last consideration you need to make when choosing laser safety glasses is the frames. You will find that, depending on which type of lens you are looking to have, the choice of frames will be limited. That’s not to say there are not many options.

While style is not something you should be thinking about when choosing protective eyewear when using lasers, you will still find a few options that hopefully meet your taste and preference.

It can be a bit overwhelming when you first look at the variety of laser safety eyewear available. Given how important having the right protection for your eyes is when working with lasers, it’s vital you are able to overcome it. With the use of our comprehensive and very practical guide, we hope, we have made it a lot easier to understand and that you will find it easy to navigate through the various options and choose the best laser glasses for the industry you work in and the kind of laser you use and how powerful it is.

Hopefully, this article helps you to choose laser safety glasses that are perfect for you. Contact us today if you’re still having trouble.

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If you still aren’t sure which laser safety glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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Laser Safety Glasses for Police and First Responders

Posted on by kennethMoreira
SHOP LASER POINTER SAFETY GLASSES
SHOP LASER POINTER SAFETY GLASSES
SHOP LASER POINTER SAFETY GLASSES

Police and first responders face an increasing risk from handheld laser pointers during protests and public events. These compact devices have become powerful enough to inflict serious eye injuries, making eye protection essential. Exposure to these lasers without proper safeguards can lead to significant damage, including the risk of blindness.

Why Do Police Need Specialized Laser Safety Glasses?

Lasers available to the public come in red, green, and blue, with green being the most common. Each color poses different risks, and effective protection requires glasses equipped with filters that match the laser’s color spectrum. For instance, yellow filters block blue lasers, while blue filters are designed to block red lasers, ensuring effective protection. The retina, crucial for processing visual information, is especially susceptible to laser damage.

The retina comprises rods and cones: rods are responsible for low-light vision, and cones are essential for color vision. Our laser safety glasses, though similar in appearance to sunglasses, offer superior protection while maintaining visibility in low-light conditions, making them suitable for both indoor and nighttime use.

Why Choose Phillips Laser Pointer Safety Glasses?

Phillips Safety has been protecting eyes for over 110 years and is pleased to offer our collection of Laser Pointer Safety Glasses. Originally developed for US Military pilots, our Laser Strike Eyewear features a lightweight design that fits comfortably under headsets or helmets and includes options for prescription wearers. The unique polycarbonate lenses offer clear vision while protecting against all three laser color spectrums: green beam, blue/green beam, and blue/green/red beam.

Pilots around the world rely on laser pointer safety glasses, with many flight departments mandating their use for operations below 10,000 feet, including takeoffs and landings. Our eyewear provides visible light transmissions ranging from 23.3% to 43.0%, tailored to different laser color spectrums, and meets ANSI Z136.1 safety standards.

By choosing Phillips Laser Pointer Safety Glasses, you are ensuring the highest level of protection for your vision. Equip yourself with the best in laser safety technology and continue to serve and protect with confidence. 

 
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Top Laser Safety Glasses for Police and First Responders

Given the importance of laser safety glasses, selecting the right pair is essential. Here are some top options that stand out for their protection, comfort, and value:

Green Beam Laser Pointer Goggles RK2

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The Green Beam laser pointer safety goggles RK2 have a polycarbonate orange/peach lens filter that provides laser protection. These laser strike glasses have visible light transmission of 33%. In addition, the Green Beam laser pointer safety glasses have ANSI Z87.1 and ANSI Z136.1 safety standards. These laser strike goggles RK2 are non-prescription. Made of high-quality plastic, it is a durable and lightweight goggles frame. The RK2 laser strike goggles feature a neoprene foam eyecup and an adjustable head band. These Phillips Safety laser strike goggles are available in black.

OD 5+ @190-400nm
OD 2+ @532nm

VLT= 33%

Green Beam Laser Pointer Glasses 808

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The Green Beam laser pointer safety glasses 808 have a polycarbonate orange/peach lens filter that provides laser protection. These laser strike glasses have visible light transmission of 33%. In addition, the Green Beam laser pointer safety glasses have ANSI Z87.1 and ANSI Z136.1 safety standards. These laser strike glasses 808 are non-prescription. Made of high-quality plastic, it is a durable and lightweight wrap around frame. The 808 laser strike glasses feature rubberized nosepads and rubberized temple bars. These Phillips Safety laser strike glasses are available in red, black and silver.

OD 5+ @190-400nm
OD 2+ @532nm

VLT= 33%

Blue Green Beam Laser Pointer Glasses JY7

Phillips_Safety-JY7-Camo-angleright_PSPBG

The Blue Green Beam laser pointer safety glasses JY7 have a polycarbonate orange/peach lens filter that provides laser protection. These laser strike glasses have visible light transmission of 43%. In addition, the Blue Green Beam laser pointer safety glasses have ANSI Z87.1 and ANSI Z136.1 safety standards. These laser strike goggles JY7 are non-prescription. Made of high-quality plastic, it is a durable and lightweight wrap around frame. The JY7 laser strike goggles feature adjustable rubberized nosepads and a detachable foam gasket. These Phillips Safety laser strike goggles are available in black, and camouflage.

OD 5+ @ 190-400nm
OD 2+ @445-450nm
OD 2.5+ @532nm

VLT= 43%

Blue Green Beam Laser Pointer Glasses 116

Phillips_Safety-116-Silver-angleright_PSPBG

The Blue Green Beam laser pointer safety glasses 116 have a polycarbonate orange/peach lens filter that provides laser protection. These laser strike glasses have visible light transmission of 43%. In addition, the Blue Green Beam laser pointer safety glasses have ANSI Z87.1 and ANSI Z136.1 safety standards. These laser strike glasses 116 are non-prescription. Made of high-quality metal, it is a durable and lightweight rectangular, wrap around frame. The 116 laser strike glasses feature adjustable silicone nosepads, rubberized temples, and spring hinges. These Phillips Safety laser strike glasses are available in black and silver.

OD 5+ @ 190-400nm
OD 2+ @445-450nm
OD 2.5+ @532nm

VLT= 43%

Blue Green Red Beam Laser Pointer Glasses 533

Phillips_Safety-533-Silver-angleright_PSPBGR

he Blue Green Red Beam laser pointer safety glasses 533 have a polycarbonate green lens filter that provides laser protection. These laser strike glasses have visible light transmission of 23.3%. In addition, the Blue Green Red Beam laser pointer safety glasses have ANSI Z87.1 and ANSI Z136.1 safety standards. These laser strike glasses 533 are non-prescription. Made of high-quality plastic, it is a durable and lightweight wrap around frame. The 533 laser strike glasses feature adjustable rubbarized nosepads and spring hinges. These Phillips Safety laser strike glasses are available in black and silver.

OD 5+ @190-400nm
OD 1.5+ @440-470nm
OD 1.5+ @532nm
OD 1.2+ @633-640nm

VLT= 23.3%

Blue Green Red Beam Laser Pointer glasses 33

33-SIDE_LENS_LSS-PSPBGR-33-BK

The Blue Green Red Beam Laser Pointer Glasses 33 have a polycarbonate green lens filter that provides laser protection. These laser strike glasses have a visible light transmission of 23.3%. In addition, the Blue Green Red Beam laser pointer safety glasses have ANSI Z87.1 and ANSI Z136.1 safety standards. These laser strike glasses 33 are non-prescription. Made of high-quality plastic, it is a durable and lightweight fitover frame. The 33 laser strike glasses feature adjustable temples and integrated side shields. These Phillips Safety laser strike glasses are available in black and tortoise.

OD 5+ @190-400nm
OD 1.5+ @440-470nm
OD 1.5+ @532nm
OD 1.2+ @633-640nm

VLT= 23.3%

SHOP Laser pointer safety glasses by filter

In today’s challenging environment, the need for reliable eye protection has never been greater. Phillips Laser Pointer Safety Glasses offer the trusted performance and specialized protection that first responders require. By choosing our advanced eyewear, you’re taking a crucial step toward safeguarding your vision and ensuring that you can continue to serve and protect with confidence. Don’t compromise on safety—equip yourself with the best.

If you still aren’t sure which laser glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

SHOP LASER POINTER SAFETY GLASSES

How to Select Laser Safety Glasses

Posted on by kennethMoreira
SHOP LASER SAFETY GLASSES
SHOP LASER SAFETY GLASSES
SHOP LASER SAFETY GLASSES

Choosing the correct laser safety glasses is crucial to protect your eyes from potentially harmful laser radiation. The process involves considering several factors, including the type of laser you’re working with, the laser’s power or energy output, and the specific wavelengths involved. Here’s a step-by-step guide to help you choose the right laser safety glasses:

wavelengths

#1: First, look at your laser to see if the required Optical Density (OD) and protection wavelengths are printed on it. If this information is not found on the laser, check its manual to see if it specifies the required OD and wavelengths. If the manual does not provide this information, proceed to the following blog on calculating the optical density needed for my laser safety glasses.

#2: If the required Optical Density (OD) and wavelengths for protection are not specified on the laser itself or in the manual, consider contacting the laser manufacturer directly. Manufacturers often have technical support teams that can provide you with the necessary laser safety glasses requirements for your specific laser system. This step ensures that you receive accurate and reliable information to guide your selection of appropriate safety glasses.

contact-laser-manufacturer
glasses-right-OD

#3: Once you receive the specified wavelength and Optical Density (OD) requirements from the manufacturer, look for laser safety glasses with an OD that is at least equal to, if not higher than, the specified value. This ensures that the glasses provide adequate protection for your specific laser system, considering the safety guidelines provided by the manufacturer.

When it comes to sourcing laser safety glasses with the right Optical Density and wavelength for your specific needs, Phillips Safety is your trusted partner. We offer a wide variety of laser filters designed to cater to a range of laser systems and applications. Whether you require protection for red, green, blue, or any other laser wavelength, our extensive catalog has you covered.

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LASER SAFETY GLASSES

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LASER SAFETY GLASSES

#4: Once you have determined the correct wavelength and Optical Density (OD) requirements, consider selecting laser safety glasses with the best Visible Light Transmittance (VLT) possible. A higher VLT means more visible light can pass through the lens, allowing you to see your work more clearly. In practical terms, you can opt for a lighter color lens to improve visibility without compromising safety.

For reference, typical sunglasses often have a VLT in the 12-15% range, which significantly limits the amount of visible light passing through. In contrast, laser safety glasses with a higher VLT will provide better visibility while offering the required protection against laser radiation. Finding a balance between security and visibility is critical to ensuring safety and your work’s quality.

visible-light-transmission
safety-frame-style

#5: Once you have determined the correct lens specifications, the final step is to select the appropriate frame style for your laser safety glasses. Here are some considerations:

  • If you wear prescription glasses, look for laser safety glasses specifically designed to fit over your prescription glasses. These over-glasses styles provide an additional layer of protection without compromising your vision.
  • If you don’t wear prescription glasses, opt for a comfortable frame style that provides good coverage for your eyes. Choose a design that fits securely to prevent laser radiation leakage and ensures overall safety.

Selecting the right frame style is essential to ensure your laser safety glasses are comfortable for extended periods while protecting your eyes from laser radiation.

#6: Check for ANSI Z136.1 compliance. ANSI Z136.1 is the American National Standard for Safe Use of Lasers. Ensure that the laser safety glasses you choose comply with this standard or any relevant international safety standards.

ansi-logo

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Remember that laser safety is paramount, and wearing the correct laser safety glasses is essential to protect your eyes from potentially harmful laser radiation. Always consult with laser safety experts or professionals in your field if you have any doubts or questions about selecting the correct safety glasses for your specific laser application.

HOW TO CHOOSE
LASER SAFETY GLASSES

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If you still aren’t sure which laser safety glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

SHOP LASER SAFETY GLASSES

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